Korloy E-2
Uploaded by
Paulo Jorge Gonçalves CardosoKorloy E-2
Uploaded by
Paulo Jorge Gonçalves Cardoso2006
E-2
GRADES
TURNING
MILLING
DRILLING
OTHERS
CUTTING TOOLS
A memorial emblem celebrating 40th establishment anniversary
Meaning Shape
Holy star Shining stars cluster in the dark sky represent
,
, the company s guiding role in the carbide
Stars represent the company s frontier role in
the cemented carbide tool industry. cutting tool industry.
The company has led the carbide tool industry Number 4 is a symbol for faithful and
and has always set a guiding post before any sincere corporate culture, and number 0 is
,
other companies. Also, stars show the intention a symbol of dragon s energetic movement
, which is also the image of dynamic KORLOY
that KORLOY faithfully follows the founder s
philosophy and continues to make efforts to lead that will become a global top company.
the industry.
Dragon Color
Traditionally dragon is a symbol of mystery and Blue color comes from the color of
, ,
power. It represents KORLOY s long-standing company s logo. The color represents the
,
history as a carbide cutting tool manufacturer. company s strong will toward the future.
,
And it signifies company s powerful growing
future as a global top manufacturer.
Contents
Grades
Classification of Grades 6
Characteristic of Grades 8
Turning
Turning Insert 46 Grooving insert 192
Inserts for Aluminum 96 Grooving holder 202
C.B.N Inserts 106 Threading Insert 224
P.C.D Inserts 118 Cartridge 251
Turning Tool-holder 128 Aluminum wheel tooling example 260
Boring Bar 168 Railway wheel tooling example 262
Milling
Milling insert 266 Pipe tooling example 424
Cutter body 304 Gear tooling example 425
High feed & side cutter 380 Automobile engine tooling example 426
High feed cutter for cast iron 395 Endmilling 432
Drilling
Technical Guide 456
Inserts 467
Indexable drill 471
Solid drill 474
Brazed drill 484
Others
List of Part 488
Technical information 500
Index 530
SAFETY GUIDE OF CARBIDE PRODUCTS
KORLOY Inc. continuously trying to develop safe and good quality products.
Please be aware of safety guidance first written below, prior to use KORLOY Inc. products.
1. PL (Product Liability)
In accordance with the PL (Product Liability) law, we have attached label of WARNING on the case of
KORLOY products. But there's no warning on the surface of tools. Please read this safety guidance
before using carbide tools and educate the safety guidance to engineers working at the field.
2. Basic characteristics of CEMENTED CARBIDE tools
Cemented carbide tools are made of carbides, nitrides, carbonitrides, oxides of W, Ti, Al, Si, Ta, B etc
and metal component like Co,Ni, Cr, Mo as binder. Cemented carbides tools have high hardness and
specific gravity. Generally there's no smell but according to usage and treatment, appreance and color
could be changed.
3. Pre-cautions for CEMENTED CARBIDE tools
1) Cemented carbides are extremely hard but brittle at the same time. Impactive shock and clamping
with excessive power could cause fracture and break of tool.
2) Cemented carbides have large sepcific gravity, thus they require special attention as heavy material
when you handle big size or large quantity.
3) Cemented carbides have different thermal expansion coefficient with steel and ferrous materials.
Shrink fit or swell fit products may cause trouble if they are used at un-desirable conditions like
extremly high or low temperature.
4) There are several cemented carbide products having sharp cutting edges. Be careful not to handle
the tools with bare hand which may cause cut or injury. Especially when put out the tools from the
case, do not touch the cutting edgies and be careful not to drop it.
5) Storing carbide tools at corrosive atmosphere may cause erosion which cause poor toughness
6) Please refer to catalouge, safety guidance prior to handle the tools
7) Do not absue tools at in-appropriate condition
4. Pre-cautions for machining (grinding, welding, EDM) of CEMENTED
CARBIDE tools
1) Surface condition can affect the toughness of tool, so it is recommended to use diamond grinding
wheel.
2) Grinding of cemented carbide cause mist and dust. It contains harmful composition like Co, thus it is
recommended to use mask, mist collection and other protective facilities. If the dust gets in your skin
and eye, washing out with running water immediately.
3) In case of grinding with coolant, coolant contains harmful metal components which cause
environmental problem. Treat the coolant very well to get rid of trouble.
4) Check crack first after re-grinding carbide tool.
5) Marking with laser and electric pen may cause crack on carbide tool. The crack can cause shortened
tool life.
6) EDMing of carbide may cause residual crack on carbide tool, so if necessary, remove the crack with
grinding processing
7) Brazing of carbide tools at the extremly high or low temperature compare with melting point of brazing
materials may cause loosening or break
8) Using a oil base coolant may cause fire due to over-heat or frame, thus prepare to prevent fire.
It is a general guidance of handling of cemented carbide tools written above.
For more information, please contact us.
KORLOY does not take any responsible for any accident that caused by in-appropriated changes of the products or abusing of tools.
5. METALCUTTING SAFETY
DANGEROUS FACTOR SAFETY COUNTERPLAN
Sharp cutting edge of cutting tools may cut your bare-hand. Take gloves when pull out the insert from the case or mount
it on the machine.
Use glasses or safety cover for your safety.
In-appropriate condition or usage may cause flagmentation
Use the tools within the recommended range.
and expel of part of tools that may cause injury.
Please refer to catalogue and safety guide first.
Severe load on tool and premature wear of cutting edge may bring excessive Use glasses or safety cover for your safety.
cutting force on tool, and it may cause fracture of tools that may cause injure. Change the tool at proper time.
Use glasses or safety cover for your safety.
Chips evacuated during the cutting are so hot and sharp that
Stop the machine first and take safety glove and use hook to
may cause a burn and a cut.
get rid of chips.
If you touch the surface of workpiece immediately after the
CUTTING Use gloves or safety cover for your safety.
cutting operation, it may cause a burn.
TOOLS
Be aware of a fire and a explosion may brought by the hot Do not use at the place where having explosive materials.
chips and spark generated during the cutting operation. Prepare for fire extinguishments.
Use glasses or safety cover for your safety.
In case of high RPM machining, vibration and chattering
Check it first that if there's any chattering, vibration or strange
may happen due to the balancing trouble of machine.
noise prior to your main cutting operation.
Touching of the burr remained on the workpiece with bare- Do not touch the burr with bare-hand.
hand may cause a cut. Use gloves or safety cover for your safety.
Loose clamping of workpiece may cause the fracture of tool
and injure of body. Clamp the workpiece tightly.
Tools are operated to right-hand direction normally. Do not use left-hand direction without notice
Left-hand direction operation can cause fracture of tool and injure of body. Check the package of product to check the availability of left-hand operation.
Loose clamping of inserts and parts may cause flying out Chcek the clamping of inserts and parts prior to machining,
from the tool during the cutting, and it may cause injure. and do use original parts only.
INDEXABLE Over loaded clamping of inserts by using of zig (such as pipe) Do not use zig inappropriately.
TOOLS may cause dangerous drop out of parts and inserts by fracture.
In case of high speed machining, parts and inserts can be Use within recommended condition.
dropped out by centrifugal force. Use glasses or safety cover for your safety.
Since cutter has sharp cutting edges, bare-hand touch may
cause a cut. Use gloves or safety cover for your safety.
It is dangerous to take glove with rotating machine. Do not wear gloves when you work with rotating machine.
It is also dangerous to be contacted body or clothes with rotating parts. Keep your body and clothes away from rotating machine.
ROTATING Vibration generated by balancing troble may cause a fracture RPM should be controled within recommended condition.
TOOLS and flying out of tool which may cause injure. Check the balance of rotating part periodically.
In case of drilling, core bottom part chip of drilled region can
Use gloves or safety cover for your safety.
be flying out with high speed.
The edges of small diameter drill are sharp and easy to break. Use gloves or profer safety cover for your safety.
BRAZED Fragmentation and flying of brazed carbide tip may cause Check the brazed tip before using.
TOOLS injury. Do not use at high temperature cutting condition.
There's a possibility of breaking of carbide tip after several
Do not use brazing carbide tip that brazed several times.
brazing.
ETC
Abusing may cause fragmentation of machine and tool that
Stick to safety regulation.
very dangerous.
G T
M
D 0
Grades
Classification of Grades Classification of KORLOY Grades 6
Selection of KORLOY Grades 7
Characteristic of Grades Special Features of KORLOY Coated Carbides 8
KORLOY CVD Coating Grades 10
KORLOY PVD Coating Grades 12
KORLOY Cermet Grades 14
KORLOY C.B.N Grades 16
KORLOY P.C.D Grades 18
KORLOY Uncoated Carbide Grades 20
KORLOY Ultra-Fine Grades F-Series 22
KORLOY Diamond Coated Grades 24
KORLOY DLC Coated Grades 25
KORLOY Grades for Anti-Corrosion & Magnetism, IN-Series 26
Introduction of Grades Technical Guide for Stainless-steel Machining 27
KORLOY Chip Breakers for Stainless steel 28
KORLOY New Grades for Stainless steel Machining 29
Technical Guide for Chip-Breakers 30
Chip-Breaker Recommendation as per Workpiece 32
KORLOY Chip-Breakers 38
Classification of KORLOY Grades
P NC3010 NC3020 NC3030 NC500H
M NC9020 PC8010 NC3030 PC9030
Turning
K NC305K NC6010 NC315K
S PC8010
P NCM325 PC3535 NCM335 PC3545
Grades & Chip-Breakers
M NCM325 PC8520 NCM335 PC9530 PC3545
Coated Carbide Milling
K NCM310K NCM320K PC6510 PC215K
S PC8520
Coated PC205F PC210F PC215F PC220F PC225F
Drill, Endmill
Carbide FG2 FS1 FCC FA1
Turning CN100 CT10 CN20 CN200
Cermet Milling CN20 CN30
Coated Cermet CC105 CC115 CC125
C.B.N KB320 KB330 KB350 KB360
P.C.D DP90 DP150 DP200
Application Range
Diamond
Turning ND1000
Ceramic
Diamond Coated Carbide
Milling ND2000 Coated Cermet, Cermet
Cutting Speed
Coated Carbide
Turning PD1000 Un-Coated Carbide
DLC Milling PD2000 Ultra-fine Carbide
Endmill PD3000
Feed
ST30A ST46
P ST05 ST10 ST15 ST20 MA2 ST30N ST40
ST45
M U10 U20 ST30A U40
For Cutting Tool
K H02 H01 H05 H10 G10
Z FS1 FCC FA1
Un-Coated Carbide
For Wear Resisting Tool V D1 D2 D3 G5 G6 K20G
For Anti-Corrosion Alloy IN10 IN20 IN40
For Mining Tool E GR10 GR20 GR30 GR35 GR40 GR50
6
Selection of KORLOY Grades
Turning
Work piece P M K S H
Cutting Condition High Speed Medium Speed Low Speed Intermittent & Heavy Duty High Speed Medium Speed Low Speed High Speed Medium Speed Low Speed High Speed Medium Speed Low Speed High Speed Medium Speed Low Speed
ISO P01 P10 P20 P30 P40 P50 M10 M20 M30 M40 K01 K10 K20 K30 S01 S10 S20 H01 H10 H20
NC3010 NC305K
NC3020 NC9020 NC6010
Coated
NC3030 NC3030 NC315K
Carbide
NC500H PC9030 PC8010
Grades & Chip-Breakers
PC230
CN100
CT10 CN100
Cermet
CN20
CN200
KB350 KB320
C.B.N KB360 KB330
ST05
ST10 U10 H02
ST15 U20 H01
Un-Coated ST20 H05
Carbide MA2 H10
ST30N ST40E U40 G10
ST46
ST45
Milling
NCM325 NCM325 NCM310K
Coated NCM335 NCM335 NCM320K PC8520
Carbide PC3535 PC9530 PC6510
PC3545 PC3545 PC215K
CN20
Cermet
CN30
C.B.N KB360 KB350
ST20 H01
MA2 U10 H05
Un-Coated ST30A U20 H10
Carbide
ST30N U40 G10
ST40
Drilling & Endmilling
PC205F PC205F PC205F PC205F PC205F
PC210F PC210F PC210F PC210F
Coated Carbide PC215F PC215F
PC220F PC220F
PC220F
PC225F PC225F PC225F
FG2 FG2 FG2
Un-Coated FS1
FS1
Ultra-fine
FCC
Carbide FA1
FA1
7
Special Features of KORLOY Coated Carbides
Grades & Chip-Breakers
Special Features
KORLOY has opened a new era of the coated carbide insert through accumulated experiences and know-hows spanning
over 40 years.
KORLOY NEO-Coating Series that has been developed by latest CVD coating technology, has the following features.
1) Highly effective cutting can be acquired. (Higher cutting speed can be acquired at the high feed rate range of un-coated carbide.)
2) Wide application range due to 2~3 times superior wear resistance than un-carbide ISO P10 and toughness as strong as carbide
P20~P30.
3) Superior performance at wet cutting condition due to excellent thermal crack resistance.
4) Superior resistance for plastic deformation and built-up-edge
KORLOY PVD Coating Series (PC3000 Series) has been developed by employ PVD TiAlN film, has the following features.
1) It has excellent heat & wear-resistance due to the refractory hard film coated by KORLOY PVD technology.
2) Due to the PVD coating technology, strong toughness of the un-coated carbide substrate has been maintained.
3) It can cover wide range of applications like, from medium to finishing, even to roughing & intermittent cutting of the steel and the
stainless steel.
8
Grades & Chip-Breakers
Features of Coated Film Layer Wear Resistance
Alumina layer (Al2O3) Titanium Aluminum Nitride layer (TiAlN)
1) It has Superior wear-resistance at high-speed cutting. 1) Excellent heat resistance and wear resistance of film ensure ideal
2) Due to the thermal stability at the high temperature, high cutting performance at high speed operation.
hardness of Alumina- film can be maintained at the high 2) It shows exceptional performance at roughing and intermittent
cutting speed. cutting of the steel and the stainless steel, as well as general cutting.
Titanium-Carbide layer (TiC) Titanium-Nitride layer (TiN)
1) Excellent wear resistance at medium to low cutting speed. 1) Excellent anti-oxidation quality at higher temperature.
2) Excellent Bonding strength with carbide substrate. 2) Excellent performance at milling operation due to the superior
thermal-shock resistance.
AISI : American Iron and Steel Institute
Flank Wear
Work Piece
SM450(1045 (AISI))
d : 1.5mm
f : 0.2mm/rev
t : 9min
Cutting Speed
9
KORLOY CVD Coating Grades
Special Features
Al2O3 (Enhance wear Resistance,
1) Due to the special crystalline structure of film, superior Prevent Built-up-edge
Intermediate layer for better adhesion)
wear-resistance and toughness have been acquired. TiC (Enhance wear Resistance)
2) Multi-layer coating, having strong bonding strength, has TiCN (Enhancing wear-resistance and
Toughness by adopting
been employed by new coating technology. New-Coating Tech.)
Grades & Chip-Breakers
Cross-sectional view of CVD coating film
Guide for Grade Selection
Turning
Workpiece Cutting condition 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
P01
Continuous NC3010 280(200 ~ 350)
NC3010
P10
cutting
220(180 ~ 320) P20
Steel NC3020
Intermittent 180(150 ~ 300) P25 NC3020
cutting NC3030 150(120 ~ 200) P30 NC3030 NC500H
Heavy cutting NC500H 100(50 ~ 100) P40
Continuous NC305K 270(150 ~ 300) K05
NC305K
Cast Iron cutting NC6010 250(150 ~ 270) K10 NC6010
NC315K
Intermittent cutting NC315K 200(150 ~ 250) K20
Continuous M01
NC9020 170(180 ~ 220)
cutting M10
Stainless NC9020
steel
Intermittent M20 NC3030
NC3030 100(50 ~ 120)
cutting
M30
Milling
Workpiece 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
P20
NCM325 250(150 ~ 300) M20
NCM325
Steel P30
M30
NCM335
NCM335 200(150 ~ 250) P40
M40
K10
NCM310K 250(150 ~ 300)
NCM310K
Cast Iron K20
NCM320K
NCM320K 200(150 ~ 250)
K30
10
KORLOY CVD coating grades
CVD Coated Grades ISO Special Features Use
For high speed machining of steel
Optimal for high speed machining of steel due to the combination of
NC3010 P05 ~ P15 Turning
high hardness substrate and CVD Al2O3 film
MT-TiCN + TiC + Al2O3
For medium cutting of steel
Grades & Chip-Breakers
Excellent combination of tough substrate and alumina-coating having superior
NC3020 P15 ~ P30 Turning
chipping resistance provide stable and consistent cutting performance.
MT-TiCN + TiC + Al2O3
For medium to roughing, intermittent cutting of steel and stainless steel.
P25 ~ P35 Combination of toughest substrate and alumina-coating having
NC3030 Turning
M15 ~ M25 superior chipping resistance provide wide coverage.
MT-TiCN + TiC + Al2O3 + TiN
For heavy duty cutting of steel
Combination of substrate having superior plastic deformation resistance and alumina-
NC500H P25 ~ P40 Turning
coating having superior chipping resistance provide excellent quality on heavy-duty cutting.
MT-TiCN + TiC + Al2O3 + TiN
For high speed cutting of cast iron.
Conbination of hard substrate and thick CVD Al2O3 coating provide
NC305K K01 ~ K10 Turning
excellent wear resistance.
MT-TiCN + Al2O3 + TiN
For general, high efficient cutting of cast iron(grey & ductile).
Conbination of tough substrate and thick CVD Al2O3 coating provide
NC6010 K05 ~ K15 Turning
wide coverage of cast iron machining.
MT-TiCN + Al2O3
For effective cutting of cast iron at intermittent cutting.
Conbination of soft substrate and thick CVD Al2O3 coating provide
NC315K K10 ~ K20 Turning
stable cutting with out breakage.
MT-TiCN + Al2O3
For high speed cutting of stainless steel.
Matching of special substrate having excellent thermal stability and CVD
NC9020 M10 ~ M20 Turning
coating having superior chipping resistance provide longer tool life.
MT-TiCN + Al2O3 + TiN
For high speed milling of steel and stainless steel
P20 ~ P30 Optimized grade for steel & stainless steel milling by employing proper
NCM325 Milling
M20 ~ M30 substrate (optimal hardness & toughness combination) and hard coating.
MT-TiCN + Al2O3 + TiN
For intermittent and rough milling of steel and stainless steel
P30 ~ P40 Toughest substrate with hard coating provide stable cutting even at
NCM335 Milling
M30 ~ M40 severe intermittent cutting.
MT-TiCN + Al2O3 + TiN
For high speed milling of cast iron
Hard substrate and fine grain size Al2O3 coating provide excellent
NCM310K K05 ~ K15 Milling
wear resistance at high speed cutting.
MT-TiCN + Al2O3
For general milling of cast iron
Tough substrate and fine grain size Al2O3 coating provide wide
NCM320K K15 ~ K25 Milling
coverage of milling of cast iron for both dry and wet cutting.
MT-TiCN + Al2O3
11
KORLOY PVD Coating Grades
Special Features
1) PVD coating technique has inherent advantage like superior chipping resistance of
coated film itself and maintain the toughness of carbide substrate. Thus it is possible to
increase the tool life approximately 2~4times longer than carbide cutting tools.
2) PVD coating can make sharp cutting edge without blunting of sharp substrate.
3) Ti-base coating film can provide excellent surface finish and high accuracy machining
due to the low affinity of Ti film with Workpiece.
Special Features of KORLOY PVD Series
Grades & Chip-Breakers
1) Using TiAlN film which is optimal for high speed dry cutting case.
2) Toughness of TiAlN has been enhanced than conventional brittle TiAlN.
3) Due to the TiN at outer most layer, friction has been reduced and surface has been improved. Cross-sectional view of PVD coating film
4) Easy to recognize of wear amount on cutting edge.
Guide of Grade Selection
Turning
Workpiece Coated film 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
P10
TiAlN/ P20
Steel PC3535 180(120 ~ 230)
TiN PC3535
P30
P40
K01
PC6510
Cast Iron TiAlN/
PC6510 200(150 ~ 250) K10
TiN
K20
M20
Stainless
TiAlN PC9030 130(50 ~ 180) M30
steel PC9030
M40
Hard to cut material TiAlN/TiN PC8010 50(30 ~ 80) S10
Milling
Workpiece Coated film 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
P10
PC3535 200(150 ~ 250)
TiAlN/ P20
Steel PC3535
TiN
P30
PC3545 120(100 ~ 150) PC3545
P40
TiAlN/TiN PC6510 200(150 ~ 250) K01
PC6510
Cast Iron K10
TiAlN PC215K 170(120 ~ 210) PC215K
K20
M20
Stainless
TiAlN PC9530 130(50 ~ 200) M30
steel PC9530
M40
Hard to cut material TiAlN/TiN PC8520 50(30 ~ 60) S20
12
KORLOY PVD coating grades
PVD Coated Grades ISO Special Features Use
For milling & turning of steel
Comprehensive grade can cover wide application range due to special Turning
PC3535 P20 ~ P35 substrate that equipped with optimal wear resistance and toughness
Milling
and PVD TiAlN coating film.
K-Gold coating
Grades & Chip-Breakers
For medium & roughing of steel
Tough exclusive substrate with Nano-TiAlN coating provide excellent
PC3545 P30 ~ P50 Milling
wear resistance and toughness at the same time.
K-Gold coating
For high speed machining of hard to cut material and stainless steel.
S10 ~ S20
PC8010 Hard film guarantees pro-longed tool life at hard to cut material cutting. Turning
M01 ~ M10
K-Gold coating
For medium & roughing of hard to cut material and stainless steel.
Tough substrate with hard coating provide stable tool life at intermittent
PC8520 S20 ~ S30 Milling
cutting.
K-Gold coating
High speed cast iron milling grade having superior wear resistance.
PC6510 K01 ~ K15 Available for machining of aluminum as well. Milling
K-Gold coating
Optimal grade for milling of cast iron at medium to low speed cutting.
PC215K K15 ~ K30 Available for machining of aluminum as well. Milling
TiAlN coating
For medium to roughing, intermittent turning of stainless steel
Toughest sub-micron substrate with PVD TiAlN coating guarantee
PC9030 M20 ~ M35 superior property of prevent build-up-edge, thus extended and Turning
consistent tool life can be acquired.
TiAlN coating
For medium to rough milling of stainless steel
Toughest sub-micron substrate provide excellent cutting performance
PC9530 M20 ~ M35 Milling
at high feed machining.
TiAlN coating
13
KORLOY Cermet Grades
Special Features
KORLOY cermet is a kind of carbonitride type cermet which has ultra fine
micro structure by adding TiN, TiCN powders as additives. It has superior
quality than conventional cermet when it comes to wear resistance and
thermal shock resistance as well as toughness.
Special Advantages
Grades & Chip-Breakers
Cermet, using TiCN as main component, is harder than cemented carbide and
has lower affinity with ferrous Workpiece at high temperature , thus cermet has
special advantage as below,
Comparing with Un-Coated Carbide
1. Since cermet has superior wear resistance and cratering resistance, high-
speed cutting is available.
2. Since cermet has low affinity with ferrous work piece, high-speed cutting is available.
3. Low affinity with work piece provides excellent surface finish.
4. Excellent tool life and cutting performance can be acquired at high speed finishing.
Comparing with Coated Carbide
1. Suitable for shallow depth and light cutting(finishing).
2. Better wear resistance and surface finish can be acquired at the same cutting condition.
Microstructure of Cermet
Guide of Grade Selection
Turning
Workpiece Cutting condition 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
Light P01
CN100 230(150 ~ 300)
cutting
CN100
Steel CT10 200(150 ~ 250) P10 CT10
Light to
medium CN20 CN200
cutting CN20
180(130 ~ 250) P20
CN200
Milling
Workpiece Cutting condition 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
Light P10
CN20 230(150 ~ 300)
cutting
CN20
Steel P20
Light to CN30
medium CN30 200(150 ~ 250)
cutting P30
14
KORLOY Cermet Grades
KORLOY Cermet Grades ISO Special Features Use
High speed cutting at medium to finishing of steel and cast iron
P05 ~ P10
CN100 High efficient cermet equipped with thermal shock resistance and wear Turning
K05 ~K15
resistance.
Grades & Chip-Breakers
For turning of steel. Milling
CT10 P05 ~ P15
Hard cermet having superior wear resistance. Turning
For turning and milling of steel.
Milling
CN20 P10 ~ P20 Comprehensive grade having optimal wear resistance and toughness
Turning
at the same time.
Comprehensive grade can cover from finishing to roughing of steel.
CN200 P10 ~ P20 Special cermet developed with functionally gradiented material Turning
technology.
Exclusive for steel milling
CN30 P20 ~ P30 Milling
Toughest cermet having enough toughness
KORLOY Cermet Coating Grades
KORLOY Cermet Coating Grades ISO Special Features Use
PVD coated cermet
P01 ~ P10 Turning
CC105 For high speed light cutting of steel and cast iron.
K01 ~ K10 Boring
Optimal for precise boring.
PVD coated cermet
P10 ~ P20
CC115 For medium to high speed light cutting of steel and cast iron. Turning
K10 ~ K20
Wet and dry machining is available.
15
KORLOY C.B.N Grades
Special Features
CBN is a cutting tool material that manufactured under ultra high
pressure and temperature by sintering of mixture of cubic boron
nitride and special ceramic binder material.
CBN is suitable for machining of high speed precise machining of
hardened steels and cast irons. Machining with CBN can replace
conventional grinding process, effectively.
Grades & Chip-Breakers
KORLOY CBN grades
Cutting Condition Special Features Work piece
KB320
Hardened steel
Suitable for general cutting. (Intermittent and
continuous cutting) Hardened steel
Superior toughness. HRC : 40~65
Comprehensive grade having optimal wear
Hardened steel
resistance and toughness.
Hardened steel
KB330 Hardened steel
Suitable for intermittent cutting. HRC : 40~65
Hardened steel
Bainite KB350
Cast iron
Comprehensive grade for high speed finishing
Cast iron
of casr iron
HB : 180~250
Comprehensive grade for machining of cast
Cast iron
Bainite iron.
Heat resisting alloy
Sintered alloy
Cast iron
Chilled cast iron
KB360 Cast iron, Sintered alloy
Suitable for high speed milling of cast iron, Heat resisting alloy
hagh hardness roll and sintered alloy. Carbide roll
Chilled cast iron
Cast iron
Sintered alloy
Heat resisting alloy
Hardened steel
KB420
Hardened steel
Unsurpassed tool life at high speed cut.
High productivity.
Hardened steel
16
Cutting condition
Hardened steel
Grade Application range
Grade Application range Hardness(Hv)
Cutting speed(m/min)
TRS
Comprehensive grade
KB320 3,200 ~ 3,400 100 ~ 110 KB420
for hardened steel
KB330 Severe intermittent cutting 3,300 ~ 3,500 110 ~ 120
KB320 KB330
Grades & Chip-Breakers
For very bad
KB420 intermittent operations 3,300 ~ 3,500 110 ~ 120
Continuous cutting Intermittent cutting
Application range
Cast iron Work piece Hardness Part name
Cutting speed(m/min)
(HB) 100 200 400 600 800
Grade
GC250 Oil Pump Housing
Grade Application range Hardness(Hv) 180 Brake Disc
TRS Ferrite &Pearlite
KB350 Cast iron, Ductile cast iron 3,300 ~ 3,500 100 ~ 110 GC300 Engine Block KB360
Pearlite Scroll Compressor KB350
KB360 Milling of cast iron 3,900 ~ 4,200 95 ~ 110
Alloy Iron 250
Brake Drum
Pearlite Liner
GCD400 150
Ferrite & Pearlite Differential Case
Brake body KB350
GCD700 Knuckle
Bainite 300
Sintered alloy (Fe-base)
Grade Application range
Grade Application range Hardness(Hv) TRS Valve seat of gasoline engine Valve seat of diesel engine
Machining of
KB360 sintered alloy, roll, 3,900 ~ 4,200 95 ~ 110 Flange
heat resistant alloy KB360 KB320 KB360 KB330
cutting
Heat resistant alloy
Grade Traverse
KB360 KB350 KB360 KB350
cutting
Grade Application range Hardness(Hv) TRS
Ni-based alloy Hardness of
KB360 3,900 ~ 4,200 95 ~ 110 low high low high
Co-based alloy work piece Hv300 Hv300
Cutting test examples
Heat treated hardened steel Gray cast iron (GC300) Gray cast iron (GC250)
Cutting speed(m/min)
Flank wear( )
Flank wear( )
Cutting time(min) Cutting Length( ) Cutting Length( )
Work piece : SUJ2(HRC62 64) Work piece : Gray cast iron (GC300) Work piece :Gray cast iron (GC250)
Insert : SNGN120412 Cutting condition : V = 500m/min Cutting condition : V = 700m/min
Cutting condition : V = 75, 100, 200, 250m/min f = 0.30 /rev f = 0.25 /rev
f = 0.1 /rev d = 0.15 , Wet cut d = 0.3 , Wet cut
d = 0.2
17
KORLOY P.C.D Grades
Special Features
KORLOY PCD products are manufactured by using high quality PCD tip
which is made under ultra high temperature and pressure. The PCD tip
has been welded on the qualified carbide insert of KORLOY.
Since KORLOY supplies high quality PCD products for turning, milling and
endmill, it is possible to meet the needs of variety of application.
Grades & Chip-Breakers
KORLOY P.C.D Grades
Grain size Hardness TRS
Grade Special Features Application range
Cemented carbide
Coarse diamond grain has been used to get 10,000
Ceramic roughing
DP90 excellent wear resistance enough to machine 50 ~ 110
High Si aluminum
cemented-carbide, high Si aluminum alloy. 12,000
Rock, Stone
By use of fine diamond grain having good bonding High Si aluminum 10,000
DP150 property, it is suitable for machining of non-ferrous Cupper, Bronze 5 ~ 200
metal, graphite. Rubber, Wood, Carbon 12,000
Plastic
By use of ultra fine diamond grain, it is possible to 8,000
Wood
DP200 make sharp cutting edge. Thus it is appropriate 0.5 ~ 220
Precise cutting of 10,000
grade to machine non-ferrous material.
aluminum
18
Cutting Test Result
Continuous cutting of alloy Intermittent cutting of alloy Cutting of W alloy
Competitor
Flank wear(mm)
Flank wear(mm)
Flank wear(mm)
competitor 2
Grades & Chip-Breakers
competitor 1
competitor
Cutting length(km) Cutting length(km) Grade
19
KORLOY Uncoated Carbide Grades
Special Features
Due to the advanced sintering technology that KORLOY use, KORLOY
uncoated carbide grades have even and fine alloy structure which is
necessary to get superior quality as a cutting tool.
KORLOY uncoated carbide grades have exceptional wear resistance
and toughness at the same time, due to the special design of WC, Co,
TaC and TiC, etc.
Grades & Chip-Breakers
Advantage
1) Variety of grades as per ISO classification (P,M,K)
2) Excellent quality at machining with coolant, due to the great thermal crack
resistance of carbide.
3) Due to the special design of carbides, it has fine micro structure and low
affinity with work piece.
4) It has excellent toughness, in general.
ISO Composition Characteristics Work piece
Excellent thermal shock resistance Carbon steel, Alloy steel,
P WC-TiC-TaC-Co
and plastic deformation resistance. Stainless steela
Comprehensive grades have excellent Carbon steel, Alloy steel,
M WC-TiC-TaC-Co thermal shock resistance and superior Stainless steela, Cast steel
Cast iron, Non ferrous metal,
K WC-Co Hard and strong grades
Plastic, Acryl etc
Hardness TRS Young s modulus Thermal expansion coefficient Thermal conductivity
ISO Grade
ST05 92.7 140 - - -
ST10 92.1 175 48 6.2 25
P
ST20 91.9 200 56 5.2 45
ST30A 91.3 230 53 5.2 -
U10 92.4 170 47 - -
U2 91.1 210 - - 88
M
ST30A 91.3 230 53 5.2 -
U40 89.2 270 - - -
H02 93.2 185 61 4.4 105
K H01 92.9 210 66 4.7 109
G10 90.9 250 63 - 105
20
KORLOY Uncoated Carbide Grades
For Turning
Work piece 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
ST10 150(100 ~ 200) P10
ST15 140(90 ~ 190) ST10
Steel P20
Grades & Chip-Breakers
ST20 130(70 ~ 180) ST15
ST20
MA2, ST30A 130(70 ~ 180) P30
MA2
ST30A
H02 150(100 ~ 200) K01
Cast steel H01, H05 140(100 ~ 200) H02
K10
H10, G10 130(90 ~ 190)
H01
K20
Aluminum alloy H01 500(300 ~ 800) H05
H10
Cupper, Bronze H01 200(150 ~ 300) K30
G10
For Milling
Work piece 1st Recommend Grade Recommended cutting speed(m/min) ISO Application Range
MA2 140(70 ~ 180) P20
Steel
ST30A 130(70 ~ 180) P30 MA2
ST30A
H01, H05 150(100 ~ 200) K01
Cast steel
H10, G10 140(90 ~ 190) K10
H01
Aluminum alloy H01 500(300 ~ 800) K20
H05
Cupper, Bronze H01 200(150 ~ 300) K30
G10
21
KORLOY Ultra-Fine Grades F-Series
Special Features
In general, when we compare the cemented-carbide with the high speed steel, the cemented-carbide has
high hardness but more brittle than the high speed steel.
To cover the de-merit of the cemented-carbide, KORLOY has developed ultra fine cemented carbide
grade F-Series (WC size under 0.5 ). It has got the better quality on toughness and plastic deformation
resistance against cemented carbide having coarse grain size.
Main coverage for ultra fine cemented carbide is end-milling of hard to cut material like high temp alloy.
Grades & Chip-Breakers
Micro Structure of F-Series
Since it is a grade focused on toughness, It has been modified from FA1 to increase As a ultra fine grade having high
FA1 it is possible to make endmill, side cutter,
FCC thermal shock resistance, thus FCC has
FS1 hardness and superior toughness at the
gun drill, reamer etc. It has superior proper properties to machine stainless same time, it is the 1st recommended
quality on toughness and anti build-up- steel and hard to machine materials at grade of KORLOY to make sharp cutting
edge property. medium to high speed milling. edge to cut hard to cut material.
Cutting Performance
Chipping Resistance Wear resistance
Work piece : 1045(AISI)
Ultra fine grade f = 0.1mm/rev
d = 1mm, with coolant
High speed steel(HSS)
Carbide
Flank wear
Cemented carbide
High speed steel
Cutting length Ultra fine carbide grade
Cutting times
Work piece : 4140(AISI)
Tool : Solid carbide endmill ( 8mm, 2Flutes)
V = 26.5m/min, f = 0.0285mm/tooth
F = 60mm/min, with coolant AISI : American Iron and Steel Institute
High speed steel, cemented carbide, ultra fine carbide grade
22
Special Features
Characteristics ISO Wear
Grade Toughness
Specific Gravity Hardness TRS classification resistance
FS1 14.4 92.4 250 Z10
FCC 12.6 91.5 250 Z10
FA1 14.1 91.2 300 Z20
Grades & Chip-Breakers
FG2 14.3 92.7 350 Z10
Guide of Grade Selection
Work piece 1st Recommended Grade Application tool
Non-ferrous metal
Drill, End-mill
Steel, Cast iron
Cutting condition
Work piece : SM55C(HRC20)
Tool: 10mm, 2 Flutes(SSE2100)
Helix angle : 30 High speed steel
Cutting speed = 35m/mim
RPM = 1,100r.p.m
Flank wear
Feed= 0.1mm/tooth
Axial depth = 12mm
Radial depth = 1mm
Ultra fine carbide
Downward cutting, Without coolant
Cutting length(mm)
23
KORLOY Diamond Coating Grades
Diamond coated cutting tool equipped with Nano particle film for cutting of non-ferrous material.
ND Series
Grades & Chip-Breakers
Special Features
1) Tool life has been prolonged upto 150% due to the Nano technology. Nano technology applied
2) Thanks to the nano size(~100nm) diamond particle, friction co-efficient has
been decreased. It makes better friction property that can lead good chip flow.
3) Due to the minimized build-up-edge, machined surface become better.
Crosectional view of ND1000 / ND2000
Cutting Performance of ND2000
Cutting legnth : 10m
Work piece : AC8A
Speed(V) : 950m/min Available Products
Depth of cut(d) : Ad=Rd=5mm
TA Chip breaker
Feed(fZ) : 0.15mm/tooth
AK Chip breaker
Coolant : Dry
Insert for Aluminum machining
(APKT1604PDFR-MA, AMS3063S)
Application range & Surface morphology of ND1000 / ND2000
ND1000
ND2000
ND100
ND200
Feed(mm/tooth)
24
KORLOY DLC Coating Grades
Leader of DLC coated cutting tool for aluminum machining
PD Series
Grades & Chip-Breakers
Special Features
1) Hardness of film is upto Hv 7000, tool life is 3~6times of the cemented carbide
cutting tool.
2) Good surface finish can be acquired due to the lubrication effect that led from low
friction co-efficient (<0.1)
3) Suitable for non-ferrous material machining.
4) Application - For aluminum, carbon, plastic, wood
- Insert, drill, end-mill
Cutting performance (build up edge / surface finish, FMACM3100R)
DLC coating film
Grade Top face Major cutting edge Surface finish of work piece
Carbide
DLC
Work piece : AC2B Cutting length : 12m Cutting condition : V=1500m/min,
fZ=0.15mm/tooth, d=2mm, Dry
Crosectional view of DLC
Application range
WC
WC
DLC DIA/DLC
-PD1000 -ND1000
-PD2000 -ND2000
-PD3000 -PD3000
Si content (wt%)
25
KORLOY Corrosion & Magnetism Proof Grades, IN-Series
Special Features
1) Outstanding corrosion resistance : several hundred times better performance
than general carbide grade (Test have been performed at 30% NHO3,
comparing KORLOY G5 and IN-Series)
2) Excellent hardness & toughness : Over (HRA) 85 hardness, Over (TRS) 200
toughness
3) Several grades : 3 different kind of grades for specific application, respectively.
Grades & Chip-Breakers
Grade Specific gravity Magnetic saturation
Hardness TRS Use
Mechanical Seal, Sliter Knife
IN10 14.4 91.5 230 0
Anti-corrosive alloy, Magnetism proof alloy
Mechanical Seal, Sliter Knife
IN20 14.5 91.0 250 90
Anti-corrosive alloy
Mold for magnetic powder
IN40 13.5 85.5 280 0
Anticorrosive-Magnetism proof alloy
Use
For Anti-corrosive For Magnetism proof
Parts for plant of corrosion-high pressure
Tape sliter
Parts for sea water pump
Mold for magnetic powder
Die / punch in high temperature
Parts for VTR
Mechanical seal
26
Technical Guide for Stainless-steel Machining
Guide of stainless-steel machining
The stainless steel is well know for it s excellent anti-corrosive property.
Excellent anti-corrosive property is due to the Cr added to alloy. In
general, the stainless steel has 4%~10% content of Cr .
Grades & Chip-Breakers
Classification & Features of Stainless Steels
1) Austenite series : It is a most general kind of stainless steels and has the best corrosion-resistance due to high Cr & Ni content. On the
other hand, High Ni content makes machining difficult. It is used for can of foods, chemical products and construction purposes. (AISI
303,304,316)
2) Ferrite series : It has similar Cr content with Austenite series, but none of Ni content results in easy machining. (AISI 410,430,434)
3) Martensite series : It is the only stainless steels able to be heat treated. It has high carbon content and corrosion resistance is not so
good, so it is used for a parts that needing higher hardness. (AISI410,420,432)
4) Precipitate hardened series : As a Cr-Ni alloy, it has improved hardness through low temperature heat-treatment and has superior
corrosion-resistance and toughness at the same time. (AISI 17,15)
5) Austenite-Ferrite series : Though it has similar properties with Austenite and Ferrite, it has much superior heat-resistance (approx. 2
times better). It can be used at the place where require thermal-corrosion stability such as condenser (AISI S2304,2507)
Hard-to-cut Factors of Stainless Steels
1) Work-hardening property - Cause premature wear of tool and hard to chip control.
2) Low thermal conductivity - Cause plastic deformation of cutting edge and fast wear of tool.
3) Build-up-edge - Easy to make micro-chipping on cutting edge and cause bad surface-finish.
4) Chemical affinity between tool and workpiece caused by work-hardening and low thermal-conductivity of workpiece, generates easily not
only normal-wear but also chipping and abnormal fracture.
Tips for machining of Stainless Steels
1) Use a tool has higher thermal-conductivity
Low thermal-conductivity of stainless steel accelerates wear resulted from decline of hardness of cutting edge due to heat pile up. It s
better to use a tool has higher thermal conductivity with enough coolant.
2) Sharper cutting edge-line
It is necessary to make rake-angle bigger and chip-breaker land wider to reduce cutting-load and prevent build-up-edge so that chip can
controlled well.
3) Optimal cutting condition
Inappropriate machining conditions like extremely low or high-speed, too low feed rate, can cause poor tool life due to work-hardening of
work piece.
4) Choose a appropriate tools
Tools for the stainless steel should have good toughness, enough strength on edge-line & higher film adhesion.
27
KORLOY Chip Breakers for Stainless steel
Chip Breakers for Stainless steel
Finishing Medium cutting
HA HS
Grades & Chip-Breakers
Sharp edge for shallow depth cutting Enhanced cutting efficiency and increase tool life due to
Increase tool life through reduce chip control friction at high enhanced chip flow.
speed cutting Reinforce wear resistance through adopting high land rake angle.
Good surface finish of work piece Special land design to prevent notching and enhance
toughness
Medium to Rough cutting Roughing
GS HM
Superior tool life at light intermittent cutting Chip breaker for intermittent cutting
Better chip flow through wide chip pocket Unique chip breaker design provide smooth chip control.
Prevent build-up-edge by low cutting force design Strong edge line permit superior toughness
28
KORLOY New Grades for Stainless steel Machining
New Grades for Stainless steel
KORLOY New Grades for Stainless steel Machinig
NC9020, For high speed turning of stainless steel
Applying substrate & film suitable for high-speed machining of
Grades & Chip-Breakers
stainless steels
Superior cutting performance under condition that middle-speed cutting
for low-carbon steel, low-carbon alloy steel
Longer tool-life can be acquired thanks to superior chipping-resistance
Better cutting performance can be expected in combination with
exclusive chip-breaker even in deeper depth of cut.
PC9030, For medium to low speed turning of stainless steel
By using ultra fine carbide substrate, it has higher enough toughness for
medium to roughing and intermittent cutting of Stainless steels
Applying PVD coating for enhancing chipping-resistance and adhesion-
resistance during machining of difficult-to-cut materia
Exclusive grade for the stainless steel using high toughness carbide as
substrate and PVD film having superior lubrication property.
Enhancing surface finish and reducing burr due to the chip-breaker
exclusive for Stainless steels
PC9530, For medium to low speed milling of stainless steel
Tough ultra-fine carbide substrate being used for roughing, intermittent
milling of stainless steel
PVD coating applied to get a better tool life for stainless steel, Ni-Cr
steel.
Chipping of cutting edge being reduced by prevent build-up-edge due
to the combination of tough carbide substrate and PVD coating.
29
Technical Guide for Chip-Breakers
Function of Chip breaker
The long chip generally made at the continuous cutting of Workpiece could wrap the
work piece and holder. Once it happen, additional time to remove chip is necessary,
thus it is not efficient and no good for productivity. And when the double-sided insert
with out chip breaker used, the rake angle will have minus value. It makes higher
cutting resistance that will cause poor tool life. The chip breaker has been developed
to settle the problem, to make well controled short chip with low cutting force.
Grades & Chip-Breakers
Function of chip breaker in turning operation
1 ) Make short chip at turning operation
2) Decrease cutting resistance by make bigger rake angle
3) Shorten idle time to remove chips from machine
Features of H-Series
1) The H-series has designed with HARMONY concept. Chip flow direction( 1, 2, 3, 4) has been studied carefully as per variety of cutting
condition. Based on the basic study, H-series chip-breakers have been designed to have excellent properties such as better chip breaking
with stronger cutting edge and decrease of cutting resistance. And it ensures improve of tool life, cutting quality and productivity.
2) The H-series has been devided into several chip breakers as per depth-of-cut, from finish, medium and roughing. The following table
shows chip-breaker s action in various depth-of-cut. (example, HM chip breaker)
Variation of chip removal angle as per depth of cut
When the depth of cut is smaller than nose-R
R
d Depth of cut 0.5~1.5mm, it is in finish or medium-finish cutting range
Main finish chip breakers control the chip and sub finish chip-breakers control
the chip flow direction.
R
When the depth of cut is same as nose-R
d
Depth of cut 0.8~2.0mm, it is medium-finish cutting range
Main and sub finish chip-breakers control the chip well.
R
When the depth of cut is 2~4 times of nose-R
d
Depth of cut 1.5~4.5mm, it is in medium cutting range
Roughing chip-breaker breaks the chip
R
When the depth of cut is 5~8 times of nose-R
d
Depth of cut 4.0~6.0mm, it is in medium-roughing range
Side part of roughing chip breaker breaks the chip.
30
Application of Chip-Breakers
Grades & Chip-Breakers
H-Series Cutting Edge Design
C/B Cutting Edge C/B Cutting Edge C/B Cutting Edge
HU VF HC
HM HR HH
HA HS HFP
HMP
31
Chip-Breaker Recommendation as per Workpiece
. Workpiece Material : SM10C, SM15C, SM25C, SS400, SCr415, SCM415, etc. Soft steel
Hardness : under HB180
Chip Breaker, Grade, Cutting condition Recommendation
C/B & Grade Selection Insert shape
Work piece Grade & Cutting
C/B & Feed
Speed
Grades & Chip-Breakers
Feed Cutting Speed NEGA NEGA NEGA NEGA NEGA NEGA
Depth of Cut(mm) C/B Grade CN G WN G DN G TN G VN G SN G
mm/rev m/min
0.1 ~
0.5 0.03 ~
CT10 280
~ 1.5 0.10
CN200 260
~ 0.25
Ultra Finishing
0.3 ~
1.0 0.05 ~ NC3010 310
~ 2.5 0.15 NC3020 270
~ 0.35 CN200 270
Finishing
0.8 ~
1.5 0.10 ~
NC3010 300
~ 3.5 0.20
NC3020 230
~ 0.40
Medium-Finshing
0.8 ~
1.5 0.8 ~ NC3010 290
~ 3.0 0.20 NC3020 250
~ 0.40 CN200 250
Medium-Finshing
1.0 ~ NC3010 270
2.5 0.10 ~
NC3020 230
~ 5.0 0.25
NC3030 210
~ 0.50 CN200 220
Medium cutting
2.5 ~
4.0 0.25 ~ NC3010 150
~ 7.0 0.45 NC3020 130
~ 0.65 NC3030 100
Roughing
5.0 ~
7.0 0.5 ~ NC3010 150
~ 11.0 0.8 NC3020 130
~ 1.1 NC500H 100
Heavy duty
Feed Cutting Speed POSI POSI POSI POSI POSI POSI
Depth of Cut(mm) C/B Grade CC T WC T DC T TC T VC T, VB T SC T
mm/rev m/min
0.1 ~
0.5 0.05 ~ NC3010 280
~ 1.5 0.15 NC3020 250
~ 0.25 CC105 250
Finishing
0.5 ~
1.5 0.08 ~ NC3010 260
~ 3.5 0.20 NC3020 230
Medium-Finshing ~ 0.40 CN200 230
Medium cutting
1.0 ~
2.0 0.10 ~
NC3010 250
~ 3.0 0.25
NC3020 220
~ 0.35
Medium cutting
1st Recommended cutting condition
32
. Workpiece Material : S45C, S55C, SCM430, SCM440, etc, General steel
Hardness : 180~260HB
Chip Breaker, Grade, Cutting condition Recommendation
C/B & Grade Selection Insert shape
Work piece Grade & Cutting
C/B & Feed
Speed
Grades & Chip-Breakers
Feed Cutting Speed NEGA NEGA NEGA NEGA NEGA NEGA
Depth of Cut(mm) C/B Grade CN G WN G DN G TN G VN G SN G
mm/rev m/min
0.3 ~
1.0 0.05 ~ NC3010 220
~ 2.5 0.15 NC3020 190
~ 0.35 CN200 180
Finishing
0.8 ~
NC3010 210
1.5 0.08 ~
NC3020 180
~ 4.0 0.20
NC3030 160
~ 0.40
Medium-Finshing CN200 170
1.0~
NC3010 200
2.5 0.10 ~
NC3020 170
~ 5.0 0.25
NC3030 150
Medium cutting ~ 0.50
CN200 160
Medium-Roughing
2.5~
4.0 0.25 ~ NC3010 170
~ 7.0 0.45 NC3020 150
~ 0.65 NC3030 130
Roughing
4.0~
7.0 0.40 ~ NC3010 130
~ 13.0 0.70 NC3020 110
~ 1.1 NC500H 90
Heavy duty
Feed Cutting Speed POSI POSI POSI POSI POSI POSI
Depth of Cut(mm) C/B Grade
mm/rev m/min CC T WC T DC T TC T VC T, VB T SC T
0.1 ~
0.5 0.05 ~ NC3010 220
~ 1.5 0.15 NC3020 180
~ 0.25 CC105 200
Finishing
0.5 ~
NC3010 210
1.5 0.18 ~
NC3020 180
~ 3.5 0.20
NC3030 150
Medium-Finshing ~ 0.4
CN200 170
Medium cutting
1.0 ~
2.0 0.1 ~ NC3010 200
~ 3.0 0.25 NC3020 170
~ 0.35 NC3030 150
Medium-Roughing
1st Recommended cutting condition
33
Chip-Breaker Recommendation as per Workpiece
. Workpiece Material : SNC415, SNC815, SNCM240, SNCM439, STS12, STS61, etc
SCM440, Hardened steels
Hardness : 260~350HB
Chip Breaker, Grade, Cutting condition Recommendation
Grades & Chip-Breakers
C/B & Grade Selection Insert shape
Work piece Grade & Cutting
C/B & Feed
Speed
Feed Cutting Speed NEGA NEGA NEGA NEGA NEGA NEGA
Depth of Cut(mm) C/B Grade CN G WN G DN G TN G VN G SN G
mm/rev m/min
0.5 ~
1.0 0.08 ~ NC3010 130
~ 2.0 0.15 NC3020 110
~ 0.30 CN200 110
Finishing
0.8 ~
NC3010 150
1.5 0.10 ~
NC3020 130
~ 3.5 0.20
NC3030 110
~ 0.35
Medium-Finshing CN200 100
1.5 ~
2.0 0.15 ~ NC3010 130
~ 4.0 0.25 NC3020 100
Medium-Finshing ~ 0.50 CN200 90
Medium-Roughing
2.5 ~
3.5 0.25 ~ NC3010 100
~ 6.0 0.35 NC3020 90
~ 0.60 NC3030 80
Roughing
4.0 ~
6.0 0.40 ~ NC3010 90
~ 10.0 0.60 NC3020 80
~ 1.0 NC500H 70
Heavy duty
Feed Cutting Speed POSI POSI POSI POSI POSI POSI
Depth of Cut(mm) C/B Grade CC T WC T DC T TC T VC T, VB T SC T
mm/rev m/min
0.1 ~
0.5 0.05 ~ NC3010 130
~ 1.5 0.10 NC3020 110
~ 0.20 CC105 120
Finishing
0.5 ~
1.0 0.08 ~ NC3010 120
~ 3.0 0.15 NC3020 110
Medium-Finshing ~ 0.25 CN200 100
Medium cutting
0.5 ~
1.5 0.10 ~ NC3010 110
~ 0.25 0.20 NC3020 100
~ 0.30 NC3030 90
Medium cutting
1st Recommended cutting condition
34
.Workpiece Material : STS430, STS444, STS416, STS432, etc
Ferritic, Martensitic Stainless steel
Hardness : 135~275HB
Chip Breaker, Grade, Cutting condition Recommendation
Grades & Chip-Breakers
C/B & Grade Selection Insert shape
Work piece Grade & Cutting
C/B & Feed
Speed
Feed Cutting Speed NEGA NEGA NEGA NEGA NEGA NEGA
Depth of Cut(mm) C/B Grade CN G WN G DN G TN G VN G SN G
mm/rev m/min
0.5 ~
1.5 0.03 ~
NC9020 190
~ 2.5 0.15
PC9030 170
~ 0.30
Medium-Finshing
1.0 ~
2.5 0.1 ~
NC9020 180
~ 4.0 0.25
PC9030 160
~ 0.40
Medium cutting
1.5 ~
3.0 0.15 ~
NC9020 170
~ 5.5 0.3
PC9030 140
Intermittent Medium- ~ 0.50
Roughing
2.0 ~
4.5 0.20 ~
NC9020 160
~ 6.5 0.40
PC9030 120
Continuous Medium- ~ 0.60
Roughing
Feed Cutting Speed POSI POSI POSI POSI POSI POSI
Depth of Cut(mm) C/B Grade CC T WC T DC T TC T VC T, VB T SC T
mm/rev m/min
0.1 ~
0.5 0.05~
NC9020 180
~ 1.5 0.15
PC9030 160
~ 0.25
Finishing
0.5 ~
1.0 0.10 ~
NC9020 170
~ 3.0 0.20
PC9030 150
~ 0.30
Medium-Finishing
1.0 ~
1.5 0.15 ~
NC9020 160
~ 3.0 0.25
PC9030 140
~ 0.35
Medium Cutting
1st Recommended cutting condition
35
Chip-Breaker Recommendation as per Workpiece
. Workpiece Material : STS304, STS316, STS347, STS387, STS202, etc
Austenitic Stainless steel
Hardness : 135~185HB
Chip Breaker, Grade, Cutting condition Recommendation
Grades & Chip-Breakers
C/B & Grade Selection Insert shape
Work piece Grade & Cutting
C/B & Feed
Speed
Feed Cutting Speed NEGA NEGA NEGA NEGA NEGA NEGA
Depth of Cut(mm) C/B Grade CN G WN G DN G TN G VN G SN G
mm/rev m/min
0.5 ~
1.5 0.03 ~
NC9020 160
~ 2.5 0.15
PC9030 140
~ 0.30
Medium-Finshing
1.0 ~
2.5 0.1 ~
NC9020 150
~ 4.0 0.25
PC9030 130
~ 0.40
Medium cutting
1.5 ~
3.0 0.15 ~
NC9020 140
~ 5.5 0.3
PC9030 110
Intermittent Medium- ~ 0.50
Roughing
2.0 ~
4.5 0.20 ~
NC9020 130
~ 6.5 0.40
PC9030 90
Continuous Medium- ~ 0.60
Roughing
Feed Cutting Speed POSI POSI POSI POSI POSI POSI
Depth of Cut(mm) C/B Grade CC T WC T DC T TC T VC T, VB T SC T
mm/rev m/min
0.1 ~
0.5 0.05 ~
NC9020 150
~ 1.5 0.15
PC9030 130
~ 0.25
Finishing
0.5 ~
1.0 0.10 ~
NC9020 140
~ 3.0 0.20
PC9030 120
~ 0.30
Medium-Finishing
1.0 ~
1.5 0.15 ~
NC9020 130
~ 3.0 0.25
PC9030 110
~ 0.35
Medium Cutting
1st Recommended cutting condition
36
. Workpiece Material : GC250, GC300, GCD400, GCD700, etc : Gray Cast iron, Ductile Cast iron
Hardness : 135~185HB
Tensile strength : Under 450N/
Chip Breaker, Grade, Cutting condition Recommendation
Grades & Chip-Breakers
C/B & Grade Selection Insert shape
Work piece Grade & Cutting
C/B & Feed
Speed
Feed Cutting Speed CNMG WNMG DNMG TNMG VNMG SNMG
Depth of Cut(mm) C/B Grade VN G
mm/rev m/min CN G WN G DNGG TN G SN G
0.1 ~
200 ~
0.4 0.05 ~
KB350 500
~1.0 0.10
NC305K ~ 700
~ 0.50
Finishing 300
0.5 ~
2.0 0.10 ~ 200 ~
NC305K
~ 3.5 0.20 350
NC6010
~ 0.30 ~ 450
Medium-Finshing
1.0 ~
2.5 0.15 ~ NC305K
300
~ 4.0 0.30 NC6010
~ 250
~ 0.50 NC315K
Medium cutting
1.0 ~
3.0 0.20 ~ NC305K
250
~ 4.5 0.35 NC6010
220
~ 0.50 NC315K
Medium-Roughing
2.5 ~
3.5 0.25 ~ 100
~6 .0 0.35 NC6010 90
~ 0.60 80
Roughing
4.3 ~
6.5 0.30 ~
~10.0 0.70 NC315K 150
~ 1.10
Heavy duty
Feed Cutting Speed POSI POSI POSI POSI POSI POSI
Depth of Cut(mm) C/B Grade CCMT WCMT DCMT TCMT VCMT, VBMT SCMT
mm/rev m/min
0.5 ~
1.5 0.08 ~ NC305K
250
~ 3.0 0.20 NC6010
220
~ 0.40 NC315K
Medium-Finishing
1.0 ~
2.0 0.10 ~ NC305K
250
~ 3.5 0.25 NC6010
220
~ 0.40 NC315K
Medium Cutting
1st Recommended cutting condition
37
KORLOY Chip-Breakers
Shape Application Range Special Feature
HU For Ultra-fine Finishing, Finishing
Suitable for a machining need fine surface finish and a machining
generate low cutting force due to sharp cutting edge design.
Specially designed chip breaker ensure stable chip control at ultra fine-
finishing condition.
Recommended Cutting Conditions
d = 0.1 ~ 1.5mm
f = 0.03 ~ 0.25mm/rev
Grades & Chip-Breakers
VF For Finishing
Good chip control quality on varied depth of cut..
Excellent cutting edge strength has been acquired due to the
special chip-breaker.
Recommended Cutting Conditions
d = 0.3 ~ 2.5mm
f = 0.05 ~ 0.35mm/rev
HC For Medium to Finish Cutting
Excellent for copying of special shape.
Smooth chip control at shallow cut as well as deep depth of cut.
Recommended Cutting Conditions
d = 0.8 ~ 4.0mm
f = 0.08 ~ 0.4mm/rev
HM For Medium Cutting
“H”Series
Wide available chip control range from medium-finishing to
medium-roughing.
Suitable chip breaker for CNC machining
Recommended Cutting Conditions
d = 1.0 ~ 5.0mm
f = 0.1 ~ 0.5mm/rev
HR For Roughing
Excellent chip control at deep depth of cut and fast feed rate.
Strong cutting edge makes excellent cutting performance at
intermittent cutting.
Recommended Cutting Conditions
d = 2.5 ~ 7.0mm
f = 0.25 ~ 0.65mm/rev
HH For Heavy duty cutting
Specially designed toughest cutting edge provides superior cutting
performance at deep depth of cut and fast feed rate.
Unique design of dot on cutting edge makes smooth chip flow and
reduce cutting force.
Recommended Cutting Conditions
d = 4.0 ~ 13.0mm
f = 0.45 ~ 1.5mm/rev
HA For Light-alloy, Stainless-steel machining.
Sharp cutting edge generate low cutting force.
Specially designed tough main cutting edge.
Suitable for cutting of low carbon steel, stainless steel, aluminum.
Recommended Cutting Conditions
d = 0.8 ~ 3.5mm
f = 0.1 ~ 0.4mm/rev
38
Shape Application Range Special Feature
HS For Medium cutting of Stainless-steel
Exclusive design for stainless steel cutting provide longer tool life
“H”Series
Wear resistance have been reinforced through high rake angle of
chip breaker land.
Recommended Cutting Conditions
d = 1.0 ~ 4.0mm
f = 0.1 ~ 0.4mm/rev
Grades & Chip-Breakers
GM For Medium to Light cutting
Excellent chip control at general cutting conditions.
Strong cutting edge strength provide good performance at
intermittent and fast feed cutting.
Recommended Cutting Conditions
d = 0.7 ~ 4.0mm
f = 0.1 ~ 0.5mm/rev
GR For Medium to Roughing
Suitable for deep depth of cut and fast feed cutting of steel and
cast iron.
Suitable for intermittent cutting.
Recommended Cutting Conditions
“G”Series
d = 3.0 ~ 8.0mm
f = 0.3 ~ 0.8mm/rev
GH For Heavy duty cutting
Suitable for heavy duty cutting due to strong cutting edge.
Wide chip control range with low cutting force
Recommended Cutting Conditions
d = 3.0 ~ 11.0mm
f = 0.3 ~ 1.3mm/rev
GS For Medium to Roughing of Stainless-steel
Exclusive chip breaker for stainless steel.
Recommended Cutting Conditions
d = 1.5 ~ 5.5mm
f = 0.15 ~ 0.5mm/rev
B20 For Light to Medium cutting
Exclusive chip breaker for cutting of cast iron.
Recommended Cutting Conditions
“B”Series
d = 1.5 ~ 4.0mm
f = 0.15 ~ 0.5mm/rev
B25 For General cutting
Suitable for general cutting condition cutting.
Recommended Cutting Conditions
d = 4.0 ~ 10.0mm
f = 0.5 ~ 1.0mm/rev
39
KORLOY Chip-Breakers
Shape Application Range Special Feature
HFP For Finishing
Excellent chip control at shallow depth of cut and low feed rate.
Excellent surface finish of work piece due to reduced cutting force.
Suitable for fine boring.
“H-Posi”Series
Recommended Cutting Conditions
d = 0.1 ~ 1.5mm
f = 0.05 ~ 0.25mm/rev
Grades & Chip-Breakers
HMP For Medium cutting
Excellent chip control at wide range of cutting conditions.
Suitable for stainless steel cutting.
Recommended Cutting Conditions
d = 0.5 ~ 3.5mm
f = 0.05 ~ 0.4mm/rev
C25 For Medium cutting
“C”Series
Suitable for intermittent cutting and cast iron machining.
Good surface finish due to low cutting force.
Suitable for both boring and outer diameter turning.
Recommended Cutting Conditions
d = 1.0 ~ 3.0mm
f = 0.1 ~ 0.3mm/rev
AK For Aluminum cutting
“AK”Series
High rake angle and low resistance cutting edge secures long
tool life in continuous cutting of aluminum turning.
High speed of finishing operation.
Recommended Cutting Conditions
d = 0.1 ~ 5.0mm
f = 0.03 ~ 0.5mm/rev
TA For Aluminum cutting
“TA”Series
High stability of cutting edge secures great performance in high
speed and intermittent machining.
High speed of medium and interrupted operation.
Recommended Cutting Conditions
d = 0.1 ~ 6.0mm
f = 0.05 ~ 0.6mm/rev
MX For General Milling
“MX”Series
Possible to increase productivity through increase feed and depth.
Excellent heat resistance due to the special chip breaker design of top
face of insert.
Recommended Cutting Conditions
d = 1.0 ~ 5.0mm
f = 0.1 ~ 0.3(mm/tooth)
“Future Mill”Series
MF For Finishing of Milling
Special design for light cutting of gummy materials like stainless
steel and hard to machine material provide fine surface finish and
longer tool life.
Recommended Cutting Conditions
d = 0.5 ~ 5.0mm
f = 0.05 ~ 0.2(mm/tooth)
40
Shape Application Range Special Feature
MM For Medium cutting of Milling
Chip breaker design to cover general cutting condition provide
wide available application range.
Ground type and as sintered type is available.
Recommended Cutting Conditions
d = 1.0 ~ 5.0mm
f = 0.05 ~ 0.3(mm/tooth)
Grades & Chip-Breakers
“Future Mill”Series
MR For Roughing of Milling
Strongest cutting edge strength provide stable tool life even in
case of severe cutting with heavy intermittent and heavy
roughing.
Recommended Cutting Conditions
d = 1.5 ~ 5.0mm
f = 0.05 ~ 0.35(mm/tooth)
MA For Aluminum Milling
Suitable design for aluminum machining like sharp cutting edge,
mirror face of insert top which prevent build up edge, provide
excellent cutting performance.
Recommended Cutting Conditions
d = 0.5 ~ 5.0mm
f = 0.1 ~ 0.35(mm/tooth)
DM For Medium cutting of Drilling.
General application of steel, stainless and cast iron
Strong cutting edge suitable for interrupted hole drilling.
Recommended Cutting Conditions
V = 70 ~ 170 m/min
f = 0.04 ~ 0.15 mm/rev
DS For Stainless Steel Drilling
“SPDrill”Series
As an insert for stainless steel drilling, combination of high rake
angle and convex dot put on top face make good chip control
and long last tool life at the same time.
Recommended Cutting Conditions
V = 50 ~ 120 m/min
f = 0.04 ~ 0.15 mm/rev
DA For Aluminum Drilling
As an insert for aluminum drilling, it has sharp cutting edge and
polished mirror top face. It prevents build-up edge, thus get
great chip flow.
Recommended Cutting Conditions
V = 150 ~ 300 m/min
f = 0.04 ~ 0.16 mm/rev
DM For Medium cutting of Drilling.
“NPDrill”Series
Major application of steel and cast iron
Strong cutting edge suitable for interrupted hole drilling.
Recommended Cutting Conditions
V = 70 ~ 170 m/min
f = 0.06 ~ 0.25 mm/rev
41
KORLOY Chip-Breakers
Shape Application Range Special Feature
DS For Stainless steel Drilling
Suitable design for stainless drilling having sharp edge and chip
breaker
Recommended Cutting Conditions
V = 120 ~ 50 m/min
f = 0.06 ~ 0.18 mm/rev
Grades & Chip-Breakers
“NPDrill”Series
DR For Roughing of Soft steel.
Roughing of soft steel
Strong cutting edge suitable for interrupted hole drilling
provides excellent cutting performance.
Recommended Cutting Conditions
V = 30 ~ 90 m/min
f = 0.04 ~ 0.18 mm/rev
DA For Aluminum Drilling..
Suitable design for aluminum machining.
Sharp cutting edge and buffed surface prevent built up edge.
It provides excellent cutting performance in high speed
aluminum drilling.
Recommended Cutting Conditions
V = 50 ~ 300 m/min
f = 0.06 ~ 0.25 mm/rev
42
43
G T
M
D 0
Turning
Turning Insert Turning Insert Code System (ISO) 46
Turing Inserts 48
Inserts for Aluminum Technical Guide for Aluminum 96
Inserts for Aluminum 99
C.B.N Inserts Technical Guide of C.B.N Inserts 106
C.B.N Inserts 107
P.C.D Inserts Technical Guide of P.C.D tools. 118
P.C.D Inserts 119
Turning Tool-holder Turning Tool-holder Code System (ISO) 128
KORLOY Tool-holder Series 130
Lever Lock System 137
Wedge Clamp on System 144
Multi Lock System 145
Screw on System 149
Clamp on System 160
Boring Bar Boring Bar Code System (ISO) 168
KORLOY Boring Bar Index 170
Lever Lock System 173
Screw on System 176
Clamp on System 185
Micor boring bar 188
Sleeve 191
Grooving insert Fine tool inserts 192
Grooving inserts 195
Forming / Parting off inserts 199
Grooving holder Forming, Grooving, Parting-off, Relieving Tool Index 202
MGT Technical guide 205
Fine tool Technical guide 208
M.G.T Holder for External Machining 210
M.G.T Holder for Internal Machining 213
Fine-Tool Holder 215
Tool Holder for Grooving 216
Tool Holder for Forming / Grooving 218
Tool Holder for Grooving and Relief Grooving 220
Saw-Man Blade 221
Threading Insert Threading insert Code system 224
Technical guide for threading 225
Threading inserts 235
Threading holder code system (External) 244
Threading holder code system (Internal) 245
Threading holder (External) 246
Threading holder (Internal) 248
Vertical type threading insert & holder 250
Cartridge Cartridge Code System (ISO) 251
Cartridge Index 254
Screw on System 255
Clamp on System 257
Aluminum wheel tooling example 260
Railway wheel tooling example 262
Turning Insert Code System (ISO)
T N M G
Insert Shape Relief Angle
Turning Inserts
Special
Tolerance Cross Section Type
d : Inscribed Circle
t : Thickness
m : refer to figure
Class
A 0.025 0.005 0.025
C 0.025 0.013 0.025
H 0.013 0.013 0.025
E 0.025 0.025 0.025
G 0.025 0.025 0.13
J 0.05 - 0.15 0.005 0.025
K 0.05 - 0.15 0.013 0.025
L 0.05 - 0.15 0.025 0.025
M 0.05 - 0.15 0.08 - 0.20 0.13
U 0.08 - 0.25 0.13 - 0.38 0.13
Tolerance on C,H,R,T,W class (exceptional case)
Tolerance on d Tolerance on m
d
6.35 0.05 0.08 0.08 0.13
9.525 0.05 0.08 0.08 0.13
12.7 0.08 0.13 0.13 0.20
15.875 0.10 0.18 0.15 0.27
19.05 0.10 0.18 0.15 0.27
25.4 0.13 0.25 0.18 0.38
Tolerance on D class (exceptional case)
d Tolerance on d Tolerance on m
6.35 0.05 0.11
9.525 0.05 0.11
12.7 0.08 0.15
15.875 0.10 0.18
19.05 0.10 0.18
Special type
46
16 04 08 HM
Height of Cutting Edge Nose Radius (Nose R)
Symbol Height of Cutting Edge ( t ) Symbol Corner Radius
- 0.5(1) 0.79 1/32 01 0 0.1 0.004
T0 0.6 1.00 0.040 02 0.5 0.2 0.008
Turning Inserts
01 1(2) 1.59 1/16
04 1 0.4 1/64
T1 1.2 1.98 5/64
08 2 0.8 1/32
02 1.5(3) 2.38 3/32
03 2 3.18 1/8 12 3 1.2 3/64
T3 2.5 3.97 5/32 16 4 1.6 1/16
04 3 4.76 3/16 20 5 2.0 5/64
05 3.5 5.56 7/32 24 6 2.4 3/32
06 4 6.35 1/4 28 7 2.8 7/64
07 5 7.94 5/16
32 8 3.2 1/8
09 6 9.52 3/8
11 7 11.11 7/16 00 - Round insert(Inch)
12 8 12.70 1/2 M0 - Round insert(Metric)
( ) Symbol for small size insert
Cutting Edge Length, Diameter of Inscribed circle Chip Breaker for Turning
Symbol
HU VF HC HM
03 04 03 06 03 - 02 1.2(5) 3.97
04 05 04 08 04 08 S3 1.5(6) 4.76
05 06 05 09 05 09 03 1.8(7) 5.56
- - - - 06 - - - 6.00 HR HH HA HS
06 07 06 11 06 11 04 2 6.35
08 09 07 13 07 13 05 2.5 7.94
- - - - 08 - - - 8.00
09 11 09 16 09 16 06 3 9.525
- - - - 10 - - - 10.00 GM GR GH GS
11 13 11 19 11 19 07 3.5 11.11
- - - - 12 - - - 12.00
12 15 12 22 12 22 08 4 12.70
14 17 14 24 14 24 09 4.5 14.29
16 19 15 27 15 27 10 5 15.875 B20 B25 HFP HMP
- - - - 16 - - - 16.00
17 21 17 30 17 30 11 5.5 17.46
19 23 19 33 19 33 13 6 19.05
- - - - 20 - - - 20.00
22 27 22 38 22 38 15 7 22.225 C25 AK TA
- - - - 25 - - - 25.00
25 31 25 44 25 44 17 8 25.40
32 38 31 54 31 54 21 10 31.75
- - - - 32 - - - 32.00
47
Turning Inserts
C type (80 )
CCET USE Geometry
Finishing
Recommendation
d = 0.1~0.3mm
f = 0.01~0.05mm/rev
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I d d1 r
CN20
t
CT10
ST10
G10
H01
SCLCR/L CCET 0301005L 3.6 3.5 1.39 1.9 0.05
030101L 3.6 3.5 1.39 1.9 0.1
030102L 3.6 3.5 1.39 1.9 0.2
030104L 3.6 3.5 1.39 1.9 0.4
0401005L 4.4 4.3 1.79 2.3 0.05
040101L 4.4 4.3 1.79 2.3 0.1
040102L 4.4 4.3 1.79 2.3 0.2
040104L 4.4 4.3 1.79 2.3 0.4
P. 149, 150, 176 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CNMA USE Geometry
Finishing
Recommendation
d = 0.1~2.0mm
f = 0.05~0.3mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
H01
H05
U20
PCBNR/L CNMA 090308 322 9.7 9.525 3.18 0.8
PCLNR/L 120404 431 12.9 12.7 4.76 0.4
120408 432 12.9 12.7 4.76 0.8
120412 433 12.9 12.7 4.76 1.2
120416 434 12.9 12.7 4.76 1.6
160612 543 16.1 15.875 6.35 1.2
160616 544 16.1 15.875 6.35 1.6
190608 642 19.3 19.05 6.35 0.8
190612 643 19.3 19.05 6.35 1.2
190616 644 19.3 19.05 6.35 1.6
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
C type (80 )
CNMG-B20 USE Geometry
Light & Medium
Recommendation
B20 d = 1.5~4.0mm
f = 0.15~0.5mm/rev
Exclusive chip breaker for
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 090308-B20 322 9.7 9.525 3.18 0.8
PCLNR/L 120404-B20 431 12.9 12.7 4.76 0.4
120408-B20 432 12.9 12.7 4.76 0.8
120412-B20 433 12.9 12.7 4.76 1.2
190604-B20 641 19.3 19.05 6.35 0.4
190608-B20 642 19.3 19.05 6.35 0.8
190612-B20 643 19.3 19.05 6.35 1.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
48
Turning Inserts
C type (80 )
CNMG-B25 USE Geometry
General Cutting
Recommendation
B25 d = 4.0~10.0mm
f = 0.5~1.0mm/rev
Comprehensive chip breaker
TURNING
can cover general cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120404-B25 431 12.9 12.7 4.76 0.4
PCLNR/L 120408-B25 432 12.9 12.7 4.76 0.8
120412-B25 433 12.9 12.7 4.76 1.2
160608-B25 542 16.1 15.875 6.35 0.8
160612-B25 543 16.1 15.875 6.35 1.2
190604-B25 641 19.3 19.05 6.35 0.4
190608-B25 642 19.3 19.05 6.35 0.8
190612-B25 643 19.3 19.05 6.35 1.2
190616-B25 644 19.3 19.05 6.35 1.6
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CNMG-GM USE Geometry
Medium
Good chip control at general
Recommendation
GM d = 0.7~4.0mm
cutting of steel.
Due to the strong cutting edge
design, it is possible to machine
f = 0.1~0.5mm/rev
with high feed rate even at
intermittent cutting of steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 090304-GM 321 9.7 9.525 3.18 0.4
PCLNR/L 090308-GM 322 9.7 9.525 3.18 0.8
120404-GM 431 12.9 12.7 4.76 0.4
120408-GM 432 12.9 12.7 4.76 0.8
120412-GM 433 12.9 12.7 4.76 1.2
190608-GM 642 19.3 19.05 6.35 0.8
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
C type (80 )
CNMG-GS USE Geometry
Stainless Steel
Recommendation
As a chip breaker for stainless GS d = 1.5~5.5mm
steel machining, good surface f = 0.15~0.5mm/rev
finish & smooth cutting process
can be acquired.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120404-GS 431 12.9 12.7 4.76 0.4
PCLNR/L 120408-GS 432 12.9 12.7 4.76 0.8
120412-GS 433 12.9 12.7 4.76 1.2
160608-GS 542 16.1 15.875 6.35 0.8
160612-GS 543 16.1 15.875 6.35 1.2
190612-GS 643 19.3 19.05 6.35 1.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
49
Turning Inserts
C type (80 )
CNMG-GR USE Geometry
Roughing
Recommendation
Due to the strong cutting edge, GR d = 3.0~8.0mm
it is possible to machine with f = 0.3~0.8mm/rev
high feed rate for steel & cast
TURNING
iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120408-GR 432 12.9 12.7 4.76 0.8
PCLNR/L 120412-GR 433 12.9 12.7 4.76 1.2
120416-GR 434 12.9 12.7 4.76 1.6
160608-GR 542 16.1 15.875 6.35 0.8
160612-GR 543 16.1 15.875 6.35 1.2
160616-GR 544 16.1 15.875 6.35 1.6
190608-GR 642 19.3 19.05 6.35 0.8
190612-GR 643 19.3 19.05 6.35 1.2
190616-GR 644 19.3 19.05 6.35 1.6
250724-GR 856 25.8 25.4 7.94 2.4
250924-GR 866 25.8 25.4 9.52 2.4
CNMM 120408-GR 432 12.9 12.7 4.76 0.8
Turning Inserts
120412-GR 433 12.9 12.7 4.76 1.2
190612-GR 643 19.3 19.05 6.35 1.2
190616-GR 644 19.3 19.05 6.35 1.6
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
C type (80 )
CNMM-GH USE Geometry
Heavy Duty
Recommendation
GH d = 3.0~11.0mm
f = 0.3~1.3mm/rev
Chip breaker for heavy
cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMM 120408-GH 432 12.9 12.7 4.76 0.8
PCLNR/L 120412-GH 433 12.9 12.7 4.76 1.2
160412-GH 533 16.1 15.875 4.76 1.2
160424-GH 536 16.1 15.875 4.76 2.4
160612-GH 543 16.1 15.875 6.35 1.2
160616-GH 544 16.1 15.875 6.35 1.6
160624-GH 546 16.1 15.875 6.35 2.4
190608-GH 642 19.3 19.05 6.35 0.8
190612-GH 643 19.3 19.05 6.35 1.2
190616-GH 644 19.3 19.05 6.35 1.6
190624-GH 646 19.3 19.05 6.35 2.4
250724-GH 856 25.8 25.4 7.94 2.4
250924-GH 866 25.8 25.4 7.94 2.4
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
50
Turning Inserts
C type (80 )
CNG(M)G-HU USE Geometry
Finishing
Due to the low cutting load that has Recommendation
been originated from sharp cutting
HU d = 0.1~1.5mm
edge, good surface finish through
smooth cutting can be acquried.
Due to the special chip breaker design f = 0.03~0.25mm/rev
for shallow depth of cut, good chip
control is possible at low depth of cut
TURNING
machining.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNGG 120404-HU 12.9 12.7 4.76 0.4
PCLNR/L 120408-HU 12.9 12.7 4.76 0.8
CNMG 120404-HU 12.9 12.7 4.76 0.4
120408-HU 12.9 12.7 4.76 0.8
120412-HU 12.9 12.7 4.76 1.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CNMG(M)-HA USE Geometry
Light & Medium
Recommendation
Low cutting load due to the sharp
HA d = 0.8~3.5mm
cutting edge.
Thanks to the special design on cutting
edge line, strength of cutting edge has f = 0.1~0.4mm/rev
been icreased.
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120404-HA 431 12.9 12.7 4.76 0.4
PCLNR/L 120408-HA 432 12.9 12.7 4.76 0.8
120412-HA 433 12.9 12.7 4.76 1.2
CNMM 120408-HA 432 12.9 12.7 4.76 0.8
P. 137, 145, 173, 190 In case of carbide insert(H01), special treatment on top & bottom face of : Stock Item : Under preparing for stock
insert has been applied to get good chip flow property.
C type (80 )
CNMG-HC USE Geometry
Light & Medium
Recommendation
HC d = 0.8~4.0mm
Good performance for copy
machining. f = 0.08~0.4mm/rev
Effective chip breaker can
cover the deviation of depth
of cut, from shallow to big.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120404-HC 431 12.9 12.7 4.76 0.4
PCLNR/L 120408-HC 432 12.9 12.7 4.76 0.8
120412-HC 433 12.9 12.7 4.76 1.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
51
Turning Inserts
C type (80 )
CNMG-HS USE Geometry
Stainless Steel(Medium)
Exclusive chip breaker for Recommendation
stainless steel.
Due to the special chip breaker HS d = 1.0~4.0mm
design to prevent notch wear f = 0.1~0.4mm/rev
on cutting edge, insert tool life
TURNING
has been increased.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 090304-HS 321 9.7 9.525 3.18 0.4
PCLNR/L 090308-HS 322 9.7 9.525 3.18 0.8
120404-HS 431 12.9 12.7 4.76 0.4
120408-HS 432 12.9 12.7 4.76 0.8
120412-HS 433 12.9 12.7 4.76 1.2
160612-HS 543 16.1 15.875 6.35 1.2
160616-HS 544 16.1 15.875 6.35 1.6
190612-HS 643 19.3 19.05 6.35 1.2
190616-HS 644 19.3 19.05 6.35 1.6
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CNMG-HM USE Geometry
Medium
Recommendation
Comprehensive chip breaker
can cover from medium- HM d = 1.0~5.0mm
finishing to medium-roughing. f = 0.1~0.5mm/rev
Suitable chip breaker for CNC
machine.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 090304-HM 321 9.7 9.525 3.18 0.4
PCLNR/L 090308-HM 322 9.7 9.525 3.18 0.8
120404-HM 431 12.9 12.7 4.76 0.4
120408-HM 432 12.9 12.7 4.76 0.8
120412-HM 433 12.9 12.7 4.76 1.2
160604-HM 541 16.1 15.875 6.35 0.4
160608-HM 542 16.1 15.875 6.35 0.8
160612-HM 543 16.1 15.875 6.35 1.2
190608-HM 642 19.3 19.05 6.35 0.8
190612-HM 643 19.3 19.05 6.35 1.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
C type (80 )
CNMG-HR USE Geometry
Roughing
Recommendation
Good chip flow at high feed & HR d = 2.5~7.0mm
big depth of cut. f = 0.25~0.65mm/rev
Suitable chip breaker for
intermittent cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120408-HR 432 12.9 12.7 4.76 0.8
PCLNR/L 120412-HR 433 12.9 12.7 4.76 1.2
120416-HR 434 12.9 12.7 4.76 1.6
160608-HR 542 16.1 15.875 6.35 0.8
160612-HR 543 16.1 15.875 6.35 1.2
160616-HR 544 16.1 15.875 6.35 1.6
160624-HR 546 16.1 15.875 6.35 2.4
190608-HR 642 19.3 19.05 6.35 0.8
190612-HR 643 19.3 19.05 6.35 1.2
190616-HR 644 19.3 19.05 6.35 1.6
190624-HR 646 19.3 19.05 6.35 2.4
250924-HR 866 25.8 25.4 9.52 2.4
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
52
Turning Inserts
C type (80 )
CNMG-VF USE Geometry
Finishing
Recommendation
Good chip control performance
at various depth of cut. VF d = 0.3~2.5mm
Sharp & strong cutting edge f = 0.05~0.35mm/rev
due to the special chip breaker
TURNING
design.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 090304-VF 321 9.7 9.525 3.18 0.4
PCLNR/L 090308-VF 322 9.7 9.525 3.18 0.8
120404-VF 431 12.9 12.7 4.76 0.4
120408-VF 432 12.9 12.7 4.76 0.8
120412-VF 433 12.9 12.7 4.76 1.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CNMM-HH USE Geometry
Heavy Duty
Recommendation
Suitable chip breaker for high
feed, big depth of cut machining.
HH d = 4.0~13.0mm
Since the special convex dot f = 0.45~1.5mm/rev
designed on cutting edge reduces
cutting load, smooth cutting can be
done even at the heavy cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMM 160616-HH 544 1.61 15.875 6.35 1.6
PCLNR/L 190608-HH 642 19.3 19.05 6.35 0.8
190612-HH 643 19.3 19.05 6.35 1.2
190616-HH 644 19.3 19.05 6.35 1.6
190624-HH 646 19.3 19.05 6.35 2.4
250724-HH 856 25.8 25.4 7.94 2.4
250924-HH 866 25.8 25.4 9.52 2.4
250932-HH 868 25.8 25.4 9.52 3.2
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
C type (80 )
CCGT-HFP USE Geometry
Finishing
Suitable chip breaker for shallow
Recommendation
HFP d = 0.1~1.5mm
depth of cut & low feed rate.
Good surface finish and smooth f = 0.05~0.25mm/rev
cutting can be acquried at the
machining of inner diameter &
outer diameter.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCACR/L CCGT 060202-HFP 21.50.5 6.5 6.32 2.38 0.2 2.8
SCLCR/L 060204-HFP 21.51 6.5 6.32 2.38 0.4 2.8
060208-HFP 21.52 6.5 6.32 2.38 0.8 2.8
09T302-HFP 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304-HFP 32.51 9.7 9.525 3.97 0.4 4.4
09T308-HFP 32.52 9.7 9.525 3.97 0.8 4.4
120404-HFP 431 12.9 12.7 4.76 0.4 5.5
120408-HFP 432 12.9 12.7 4.76 0.8 5.5
P. 149, 150, 176 : Stock Item : Under preparing for stock
53
Turning Inserts
C type (80 )
CCMT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
depth of cut & low feed rate.
Good surface finish and smooth
HFP d = 0.1~1.5mm
f = 0.05~0.25mm/rev
cutting can be acquried at the
machining of inner diameter &
TURNING
outer diameter
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCACR/L CCMT 060202-HFP 21.50.5 6.5 6.35 2.38 0.2 2.8
SCLCR/L 060204-HFP 21.51 6.5 6.35 2.38 0.4 2.8
060208-HFP 21.52 6.5 6.35 2.38 0.8 2.8
09T302-HFP 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304-HFP 32.51 9.7 9.525 3.97 0.4 4.4
09T308-HFP 32.52 9.7 9.525 3.97 0.8 4.4
120404-HFP 431 12.9 12.7 4.76 0.4 5.5
120408-HFP 432 12.9 12.7 4.76 0.8 5.5
P. 149, 150, 176 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CCMT-HMP USE Geometry
Medium
Recommendation
Comprehensive chip breaker HMP d = 0.5~3.5mm
can cover various conditions of f = 0.05~0.4mm/rev
feed & depth for machining of
steel & stainless steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCACR/L CCMT 060202-HMP 21.50.5 6.5 6.35 2.38 0.2 2.8
SCLCR/L 060204-HMP 21.51 6.5 6.35 2.38 0.4 2.8
060208-HMP 21.52 6.5 6.35 2.38 0.8 2.8
09T302-HMP 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304-HMP 32.51 9.7 9.525 3.97 0.4 4.4
09T308-HMP 32.52 9.7 9.525 3.97 0.8 4.4
120404-HMP 431 12.9 12.7 4.76 0.4 5.5
120408-HMP 432 12.9 12.7 4.76 0.8 5.5
P. 149, 150, 176 : Stock Item : Under preparing for stock
C type (80 )
CCMT-C25 USE Geometry
Medium
Recommendation
C25 d = 1.0~3.0mm
Suitable chip breaker for f = 0.1~0.3mm/rev
intermittent cutting of steel and
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCACR/L CCMT 060202-C25 21.50.5 6.5 6.35 2.38 0.2 2.8
SCLCR/L 060204-C25 21.51 6.5 6.35 2.38 0.4 2.8
060208-C25 21.52 6.5 6.35 2.38 0.8 2.8
080308-C25 2.522 8.1 7.94 3.18 0.8 3.4
09T302-C25 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304-C25 32.51 9.7 9.525 3.97 0.4 4.4
09T308-C25 32.52 9.7 9.525 3.97 0.8 4.4
120404-C25 431 12.9 12.7 4.76 0.4 5.5
120408-C25 432 12.9 12.7 4.76 0.8 5.5
120412-C25 433 12.9 12.7 4.76 1.2 5.5
P. 149, 150, 176 : Stock Item : Under preparing for stock
54
Turning Inserts
C type (80 )
CPGT USE Geometry
Finishing
Recommendation
Wide chip control area from
light cutting to medium
TURNING
cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCLPR/L CPGT 080202 2.51.50.5 8.1 7.94 2.38 0.2 3.4
(Boring Bar) 080204 2.51.51 8.1 7.94 2.38 0.4 3.4
080208 2.51.52 8.1 7.94 2.38 0.8 3.4
090302 320.5 9.7 9.525 3.18 0.2 4.4
090304 321 9.7 9.525 3.18 0.4 4.4
090308 322 9.7 9.525 3.18 0.8 4.4
09T301 32.50 9.7 9.525 3.97 0.1 4.4
09T302 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304 32.51 9.7 9.525 3.97 0.4 4.4
P. 177 : Stock Item : Under preparing for stock
Turning Inserts
C type (80 )
CPGT-C05 USE Geometry
Finishing
Recommendation
C05 d = 0.5~2.0mm
f = 0.05~0.2mm/rev
Good surface fihish due to
reduced cutting load.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCLPR/L CPGT 080204-C05 2.51.51 8.1 7.94 2.38 0.4 3.4
(Boring Bar) 080208-C05 2.51.52 8.1 7.94 2.38 0.8 3.4
090304-C05 321 9.7 9.525 3.18 0.4 4.4
090308-C05 322 9.7 9.525 3.18 0.8 4.4
09T304-C05 32.51 9.7 9.525 3.97 0.4 4.4
P. 177 : Stock Item : Under preparing for stock
D type (55 )
DNMA USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMA 110408 332 11.6 9.525 4.76 0.8
PDNNR/L 150404 431 15.5 12.7 4.76 0.4
PDSNR/L 150408 432 15.5 12.7 4.76 0.8
PDUNR/L 150412 433 15.5 12.7 4.76 1.2
150604 441 15.5 12.7 6.35 0.4
150608 442 15.5 12.7 6.35 0.8
150612 443 15.5 12.7 6.35 1.2
150616 444 15.5 12.7 6.35 1.6
190608 542 19.4 15.875 6.35 0.8
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
55
Turning Inserts
D type (55 )
DNMG-B20 USE Geometry
Light & Medium
Recommendation
B20 d = 1.5~4.0mm
f = 0.15~0.5mm/rev
Exclusive chip breaker for
TURNING
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150408-B20 432 15.5 12.7 4.76 0.8
PDNNR/L 150412-B20 433 15.5 12.7 4.76 1.2
PDSNR/L 150608-B20 442 15.5 12.7 6.35 0.8
PDUNR/L 150612-B20 433 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
Turning Inserts
D type (55 )
DNMG-B25 USE Geometry
General Cutting
Recommendation
B25 d = 4.0~10.0mm
f = 0.5~1.0mm/rev
Comprehensive chip breaker
can cover general cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150402-B25 430.5 15.5 12.7 4.76 0.2
PDNNR/L 150404-B25 431 15.5 12.7 4.76 0.4
PDSNR/L 150408-B25 432 15.5 12.7 4.76 0.8
PDUNR/L 150412-B25 433 15.5 12.7 4.76 1.2
150602-B25 440.5 15.5 12.7 6.35 0.2
150604-B25 441 15.5 12.7 6.35 0.4
150608-B25 442 15.5 12.7 6.35 0.8
150612-B25 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
D type (55 )
DNMG-GM USE Geometry
Medium
Recommendation
Good chip control at general
cutting of steel.
Due to the strong cutting edge
GM d = 1.5~5.5mm
f = 0.15~0.5mm/rev
design, it is possible to machine
with high feed rate even at
intermittent cutting of steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 110308-GM 322 11.6 9.525 3.18 0.8
PDJNR/L 110404-GM 331 11.6 9.525 4.76 0.4
PDSNR/L 110408-GM 332 11.6 9.525 4.76 0.8
PDUNR/L 150404-GM 431 15.5 12.7 4.76 0.4
150408-GM 432 15.5 12.7 4.76 0.8
150412-GM 433 15.5 12.7 4.76 1.2
150604-GM 441 15.5 12.7 6.35 0.4
150608-GM 442 15.5 12.7 6.35 0.8
150612-GM 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
56
Turning Inserts
D type (55 )
DNMG-GS USE Geometry
Stainless Steel
Recommendation
As a chip breaker for
stainless steel machining, GS d = 1.5~5.5mm
good surface finish & smooth f = 0.15~0.5mm/rev
cutting process can be
TURNING
acquired.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150404-GS 431 15.5 12.7 4.76 0.4
PDNNR/L 150408-GS 432 15.5 12.7 4.76 0.8
PDSNR/L 150412-GS 433 15.5 12.7 4.76 1.2
PDUNR/L 150604-GS 441 15.5 12.7 6.35 0.4
150608-GS 442 15.5 12.7 6.35 0.8
150612-GS 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
Turning Inserts
D type (55 )
DNMG-GR USE Geometry
Roughing
Recommendation
Due to the strong cutting GR d = 3.0~8.0mm
edge, it is possible to f = 0.3~0.8mm/rev
machine with high feed rate
for steel & cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150404-GR 431 15.5 12.7 4.76 0.4
PDNNR/L 150408-GR 432 15.5 12.7 4.76 0.8
PDSNR/L 150412-GR 433 15.5 12.7 4.76 1.2
PDUNR/L 150416-GR 434 15.5 12.7 4.76 1.6
150604-GR 441 15.5 12.7 6.35 0.4
150608-GR 442 15.5 12.7 6.35 0.8
150612-GR 443 15.5 12.7 6.35 1.2
150616-GR 444 15.5 12.7 6.35 1.6
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
D type (55 )
DNG(M)G-HU USE Geometry
Finishing
Due to the low cutting load that has been Recommendation
originated from sharp cutting edge, good
surface finish through smooth cutting can
be acquried.
HU d = 0.1~1.5mm
f = 0.03~0.25mm/rev
Due to the special chip breaker design for
shallow depth of cut, good chip control is
possible at low depth of cut machining.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNGG 150604-HU 441 15.5 12.7 6.35 0.4
PDNNR/L 150608-HU 442 15.5 12.7 6.35 0.8
DNMG 150404-HU 431 15.5 12.7 4.76 0.4
150408-HU 432 15.5 12.7 4.76 0.8
150412-HU 433 15.5 12.7 4.76 1.2
150604-HU 441 15.5 12.7 6.35 0.4
150608-HU 442 15.5 12.7 6.35 0.8
150612-HU 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
57
Turning Inserts
D type (55 )
DNMG-HA USE Geometry
Light & Medium
Low cutting load due to the sharp Recommendation
cutting edge.
Thanks to the special design on
cutting edge line, strength of cutting
HA d = 0.8~3.5mm
f = 0.1~0.4mm/rev
edge has been icreased.
Suitable for machining of low carbon
TURNING
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150404-HA 431 15.5 12.7 4.76 0.4
PDNNR/L 150408-HA 432 15.5 12.7 4.76 0.8
150604-HA 441 15.5 12.7 6.35 0.4
150608-HA 442 15.5 12.7 6.35 0.8
P. 138, 146, 147, 173, 174 In case of carbide insert(H01), special treatment on top & bottom face : Stock Item : Under preparing for stock
Turning Inserts
of insert has been applied to get good chip flow property.
D type (55 )
DNMG-HC USE Geometry
Light & Medium
Recommendation
Good performance for copy
machining. HC d = 0.8~4.0mm
Effective chip breaker can f = 0.08~0.4mm/rev
cover the deviation of depth
of cut, from shallow to big.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150404-HC 431 15.5 12.7 4.76 0.4
PDJNR/L 150408-HC 432 15.5 12.7 4.76 0.8
PDSNR/L 150412-HC 433 15.5 12.7 4.76 1.2
PDUNR/L 150604-HC 441 15.5 12.7 6.35 0.4
150608-HC 442 15.5 12.7 6.35 0.8
150612-HC 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
D type (55 )
DNMG-HS USE Geometry
Stainless Steel(Medium)
Exclusive chip breaker for Recommendation
stainless steel.
Due to the special chip breaker HS d = 1.0~4.0mm
design to prevent notch wear on f = 0.1~0.4mm/rev
cutting edge, insert tool life has
been increased.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 110404-HS 331 11.6 9.525 4.76 0.4
PDNNR/L 110408-HS 332 11.6 9.525 4.76 0.8
110412-HS 333 11.6 9.525 4.76 1.2
150404-HS 431 15.5 12.7 4.76 0.4
150408-HS 432 15.5 12.7 4.76 0.8
150412-HS 433 15.5 12.7 4.76 1.2
150604-HS 441 15.5 12.7 6.35 0.4
150608-HS 442 15.5 12.7 6.35 0.8
150612-HS 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
58
Turning Inserts
D type (55 )
DNMG-HM USE Geometry
Medium
Recommendation
Comprehensive chip breaker
can cover from medium- HM d = 1.0~5.0mm
finishing to medium-roughing. f = 0.1~0.5mm/rev
Suitable chip breaker for CNC
TURNING
machine.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 110404-HM 331 11.6 9.525 4.76 0.4
PDNNR/L 110408-HM 332 11.6 9.525 4.76 0.8
PDSNR/L 110412-HM 333 11.6 9.525 4.76 1.2
PDUNR/L 150404-HM 431 15.5 12.7 4.76 0.4
150408-HM 432 15.5 12.7 4.76 0.8
150412-HM 433 15.5 12.7 4.76 1.2
150604-HM 441 15.5 12.7 6.35 0.4
150608-HM 442 15.5 12.7 6.35 0.8
150612-HM 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
Turning Inserts
D type (55 )
DNMG-HR USE Geometry
Roughing
Recommendation
Good chip flow at high feed & HR d = 2.5~7.0mm
big depth of cut. f = 0.25~0.65mm/rev
Suitable chip breaker for
intermittent cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150408-HR 432 15.5 12.7 4.76 0.8
PDNNR/L 150412-HR 433 15.5 12.7 4.76 1.2
150416-HR 434 15.5 12.7 4.76 1.6
150608-HR 442 15.5 12.7 6.35 0.8
150612-HR 443 15.5 12.7 6.35 1.2
150616-HR 444 15.5 12.7 6.35 1.6
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
D type (55 )
DNMG-VF USE Geometry
Finishing
Recommendation
Good chip control performance
at various depth of cut. VF d = 0.3~2.5mm
Sharp & strong cutting edge f = 0.05~0.35mm/rev
due to the special chip breaker
design.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 110402-VF 330.5 11.6 9.525 4.76 0.2
PDNNR/L 110404-VF 331 11.6 9.525 4.76 0.4
PDSNR/L 110408-VF 332 11.6 9.525 4.76 0.8
PDUNR/L 150404-VF 431 15.5 12.7 4.76 0.4
150408-VF 432 15.5 12.7 4.76 0.8
150412-VF 433 15.5 12.7 4.76 1.2
150604-VF 441 15.5 12.7 6.35 0.4
150608-VF 442 15.5 12.7 6.35 0.8
150612-VF 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
59
Turning Inserts
D type (55 )
DNMP USE Geometry
Light
Recommendation
d = 0.3~3.0mm
f = 0.1~0.4mm/rev
For roughing of high temp
TURNING
alloy and aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMP 150408 432 15.5 12.7 4.76 0.8
PDNNR/L 150412 433 15.5 12.7 4.76 1.2
PDSNR/L 150608 442 15.5 12.7 6.35 0.8
PDUNR/L 150612 443 15.5 12.7 6.35 1.2
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
Turning Inserts
D type (55 )
DCGT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
depth of cut & low feed rate.
Good surface finish and smooth
HFP d = 0.1~1.5mm
f = 0.05~0.25mm/rev
cutting can be acquried at the
machining of inner diameter &
outer diameter
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SDACR/L DCGT 070202-HFP 21.50.5 7.8 6.35 2.38 0.2 2.8
SDJCR/L 070204-HFP 21.51 7.8 6.35 2.38 0.4 2.8
SDNCN 070208-HFP 21.52 7.8 6.35 2.38 0.8 2.8
SDQCR/L 11T302-HFP 32.50.5 11.6 9.525 3.97 0.2 4.4
SDUCR 11T304-HFP 32.51 11.6 9.525 3.97 0.4 4.4
SDZCR/L 11T308-HFP 32.52 11.6 9.525 3.97 0.8 4.4
P. 150, 151, 178, 179 : Stock Item : Under preparing for stock
D type (55 )
DCMT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
depth of cut & low feed rate.
Good surface finish and smooth
HFP d = 0.1~1.5mm
f = 0.05~0.25mm/rev
cutting can be acquried at the
machining of inner diameter & outer
diameter
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SDACR/L DCMT 070202-HFP 21.50.5 7.8 6.35 2.38 0.2 2.8
SDJCR/L 070204-HFP 21.51 7.8 6.35 2.38 0.4 2.8
SDNCN 070208-HFP 21.52 7.8 6.35 2.38 0.8 2.8
SDQCR/L 11T302-HFP 32.50.5 11.6 9.525 3.97 0.2 4.4
SDUCR 11T304-HFP 32.51 11.6 9.525 3.97 0.4 4.4
SDZCR/L 11T308-HFP 32.52 11.6 9.525 3.97 0.8 4.4
P. 150, 151, 178, 179 : Stock Item : Under preparing for stock
60
Turning Inserts
D type (55 )
DCMT-HMP USE Geometry
Medium
Recommendation
Comprehensive chip breaker HMP d = 0.5~3.5mm
can cover various conditions of f = 0.05~0.4mm/rev
feed & depth for machining of
TURNING
steel & stainless steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SDACR/L DCMT 070202-HMP 21.50.5 7.8 6.35 2.38 0.2 2.8
SDJCR/L 070204-HMP 21.51 7.8 6.35 2.38 0.4 2.8
SDNCN 070208-HMP 21.52 7.8 6.35 2.38 0.8 2.8
SDQCR/L 11T302-HMP 32.50.5 11.6 9.525 3.97 0.2 4.4
SDUCR 11T304-HMP 32.51 11.6 9.525 3.97 0.4 4.4
SDZCR/L 11T308-HMP 32.52 11.6 9.525 3.97 0.8 4.4
P. 150, 151, 178, 179 : Stock Item : Under preparing for stock
Turning Inserts
D type (55 )
DCMT-C25 USE Geometry
Medium
Recommendation
C25 d = 1.0~3.0mm
Suitable chip breaker for f = 0.1~0.3mm/rev
intermittent cutting of steel
and cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SDACR/L DCMT 070202-C25 21.50.5 7.8 6.35 2.38 0.2 2.8
SDNCN 070204-C25 21.51 7.8 6.35 2.38 0.4 2.8
SDQCR/L 070208-C25 21.52 7.8 6.35 2.38 0.8 2.8
SDUCR 11T302-C25 32.50.5 11.6 9.525 3.97 0.2 4.4
SDZCR/L 11T304-C25 32.51 11.6 9.525 3.97 0.4 4.4
SDJCR/L 11T308-C25 32.52 11.6 9.525 3.97 0.8 4.4
P. 150, 151, 178, 179 : Stock Item : Under preparing for stock
K type (55 )
KNUX USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder a e t r c b
CN20
CT10
ST10
G10
H01
CKJNR/L KNUX 160405 R11 16.0 16.15 4.76 0.5 9.525 2.2
CKNNR/L 160410 R11 16.0 16.15 4.76 1.0 9.525 2.2
160405 R12 16.0 16.15 4.76 0.5 9.525 3.2
160410 R12 16.0 16.15 4.76 1.0 9.525 3.2
160405 L11 16.0 16.15 4.76 0.5 9.525 2.2
160410 L11 16.0 16.15 4.76 1.0 9.525 2.2
160405 L12 16.0 16.15 4.76 0.5 9.525 3.2
160410 L12 16.0 16.15 4.76 1.0 9.525 3.2
P. 161, 185 : Stock Item : Under preparing for stock
61
Turning Inserts
RCMX USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC315K
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder t d1
CN20
d
CT10
ST10
G10
H01
PRDCN RCMX 1003M0 10.0 3.18 3.6
PRGCR/L 1204M0 12.0 4.76 4.2
1606M0 16.0 6.35 5.2
2006M0 20.0 6.35 6.5
2507M0 25.0 7.94 7.25
3209M0 32.0 9.52 9.55
P. 139 : Stock Item : Under preparing for stock
Turning Inserts
RNMG-B25 USE Geometry
General Cutting
Recommendation
B25 d = 4.0~10.0mm
f = 0.5~1.0mm/rev
Comprehensive chip breaker
can cover general cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder t
CN20
d
CT10
ST10
G10
H01
RNMG 090300-B25 32 9.525 3.18
120400-B25 43 12.7 4.76
150400-B25 53 15.875 4.76
150600-B25 54 15.875 6.35
190600-B25 64 19.05 6.35
250600-B25 84 25.4 6.35
250900-B25 86 25.4 9.52
310900-B25 106 31.75 9.52
: Stock Item : Under preparing for stock
RPMT USE Geometry
General Cutting
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder t d1
CN20
d
CT10
ST10
G10
H01
RPMT 0802M0 8.0 2.38 3.4
1203M0 12.0 3.18 4.4
1604M0 16.0 4.76 5.5
2004M0 20.0 4.76 5.5
: Stock Item : Under preparing for stock
62
Turning Inserts
S type (90 )
SNGA SNPA* USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNGA 090304 321 9.525 3.18 0.4
PSDNN SNPA* 090308 322 9.525 3.18 0.8
PSKNR/L 120402 430.5 12.7 4.76 0.2
PSSNR/L 120404 431 12.7 4.76 0.4
120408 432 12.7 4.76 0.8
120412 433 12.7 4.76 1.2
150608 542 15.875 6.35 0.8
150616 543 15.875 6.35 1.6
190608 642 19.05 6.35 0.8
190612 643 19.05 6.35 1.2
P. 140, 141, 174 : Stock Item : Under preparing for stock
Turning Inserts
S type (90 )
SNGG SNPR/L* USE Geometry
Recommendation
d = 1.0~4.0mm
f = 0.1~0.4mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNGG 090304R 321 9.525 3.18 0.4
PSDNN SNPR* 090308R 322 9.525 3.18 0.8
PSKNR/L 120404R 431 12.7 4.76 0.4
PSSNR/L 120408R 432 12.7 4.76 0.8
120412R 433 12.7 4.76 1.2
SNGG 090304L 321 9.525 3.18 0.4
SNPL* 090308L 322 9.525 3.18 0.8
120404L 431 12.7 4.76 0.4
120408L 432 12.7 4.76 0.8
120412L 433 12.7 4.76 1.2
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNG(M)X USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNGX 120408 R 432 12.7 4.76 0.8
PSDNN SNMX
PSKNR/L
PSSNR/L
P. 140, 141, 174 : Stock Item : Under preparing for stock
63
Turning Inserts
S type (90 )
SNGN USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
ST30A
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
CSDNN SNGN 090304 321 9.525 3.18 0.4
CSKNR/L 090308 322 9.525 3.18 0.8
120304 421 12.7 3.18 0.4
120308 422 12.7 3.18 0.8
120312 423 12.7 3.18 1.2
120404 431 12.7 4.76 0.4
120408 432 12.7 4.76 0.8
120412 433 12.7 4.76 1.2
150408 532 15.875 4.76 0.8
150412 533 15.875 4.76 1.2
150416 534 15.875 4.76 1.6
190412 633 19.05 4.76 1.2
Turning Inserts
250604 841 25.4 6.35 0.4
P. 163 : Stock Item : Under preparing for stock
S type (90 )
SNMA USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
U20
PSBNR/L SNMA 090308 322 9.525 3.18 0.8
PSDNN 090312 323 9.525 3.18 1.2
PSKNR/L 120402 430.5 12.7 4.76 0.2
PSSNR/L 120404 431 12.7 4.76 0.4
120408 432 12.7 4.76 0.8
120412 433 12.7 4.76 1.2
120416 434 12.7 4.76 1.6
150612 543 15.875 6.35 1.2
150616 544 15.875 6.35 1.6
190608 642 19.05 6.35 0.8
190612 643 19.05 6.35 1.2
190616 644 19.05 6.35 1.6
190624 646 19.05 6.35 2.4
250724 856 25.4 7.94 2.4
250924 866 25.4 9.52 2.4
P. 140, 141, 174 : Stock Item : Under preparing for stock
64
Turning Inserts
S type (90 )
SNMG-B20 USE Geometry
Light & Medium
Recommendation
B20 d = 1.5~4.0mm
f = 0.15~0.5mm/rev
Exclusive chip breaker for
TURNING
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 090304-B20 321 9.525 3.18 0.4
PSDNN 090308-B20 322 9.525 3.18 0.8
PSKNR/L 120404-B20 431 12.7 4.76 0.4
PSSNR/L 120408-B20 432 12.7 4.76 0.8
120412-B20 433 12.7 4.76 1.2
150412-B20 533 15.875 4.76 1.2
150612-B20 543 15.875 6.35 1.2
190608-B20 642 19.05 6.35 0.8
190612-B20 643 19.05 6.35 1.2
Turning Inserts
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNMG-B25 USE Geometry
General Cutting
Recommendation
B25 d = 4.0~10.0mm
f = 0.5~1.0mm/rev
Comprehensive chip breaker
can cover general cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 090308-B25 322 9.525 3.18 0.8
PSDNN 120404-B25 431 12.7 4.76 0.4
PSKNR/L 120408-B25 432 12.7 4.76 0.8
PSSNR/L 120412-B25 433 12.7 4.76 1.2
120416-B25 434 12.7 4.76 1.6
150608-B25 542 15.875 6.35 0.8
150612-B25 543 15.875 6.35 1.2
150616-B25 544 15.875 6.35 1.6
190608-B25 642 19.05 6.35 0.8
190612-B25 643 19.05 6.35 1.2
190616-B25 644 19.05 6.35 1.6
250716-B25 854 25.4 7.94 1.6
250724-B25 856 25.4 7.94 2.4
P. 140, 141, 174 : Stock Item : Under preparing for stock
65
Turning Inserts
S type (90 )
SNG(M)G-HU USE Geometry
Finishing
Due to the low cutting load that has
been originated from sharp cutting Recommendation
edge, good surface finish through
smooth cutting can be acquried.
Due to the special chip breaker design
HU d = 0.1 ~ 1.5mm
f = 0.03 ~ 0.25mm/rev
for shallow depth of cut, good chip
control is possible at low depth of cut
TURNING
machining.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNGG 120408-HU 432 12.7 4.76 0.8
PSDNN SNMG 120404-HU 431 12.7 4.76 0.4
PSKNR/L 120408-HU 432 12.7 4.76 0.8
PSSNR/L 120412-HU 433 12.7 4.76 1.2
P. 140, 141, 174 : Stock Item : Under preparing for stock
Turning Inserts
S type (90 )
SNMG(M)-GM USE Geometry
Medium
Good chip control at general Recommendation
cutting of steel.
Due to the strong cutting edge GM d = 0.7~4.0mm
design, it is possible to machine f = 0.1~0.5mm/rev
with high feed rate even at
intermittent cutting of steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120404-GM 431 12.7 4.76 0.4
PSDNN 120408-GM 432 12.7 4.76 0.8
PSKNR/L 120412-GM 433 12.7 4.76 1.2
PSSNR/L SNMM 120412-GM 433 12.7 4.76 1.2
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNMG-GS USE Geometry
Stainless Steel
Recommendation
As a chip breaker for
stainless steel machining, GS d = 1.5~5.5mm
good surface finish & smooth f = 0.15~0.5mm/rev
cutting process can be
acquired.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120404-GS 431 12.7 4.76 0.4
PSDNN 120408-GS 432 12.7 4.76 0.8
PSKNR/L 120412-GS 433 12.7 4.76 1.2
PSSNR/L 120416-GS 434 12.7 4.76 1.6
P. 140, 141, 174 : Stock Item : Under preparing for stock
66
Turning Inserts
S type (90 )
SNMG(M)-GR USE Geometry
Roughing
Recommendation
Due to the strong cutting edge, GR d = 3.0~8.0mm
it is possible to machine with f = 0.3~0.8mm/rev
high feed rate for steel & cast
TURNING
iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120404-GR 431 12.7 4.76 0.4
PSDNN 120408-GR 432 12.7 4.76 0.8
PSKNR/L 120412-GR 433 12.7 4.76 1.2
PSSNR/L 150608-GR 542 15.875 6.35 0.8
150612-GR 543 15.875 6.35 1.2
190608-GR 642 19.05 6.35 0.8
190612-GR 643 19.05 6.35 1.2
190616-GR 644 19.05 6.35 1.6
250724-GR 856 25.4 7.94 2.4
250924-GR 866 25.4 9.52 2.4
SNMM 120408-GR 432 12.7 4.76 0.8
120412-GR 433 12.7 4.76 1.2
Turning Inserts
190612-GR 643 19.05 6.35 1.2
190616-GR 644 19.05 6.35 1.6
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNMM-GH USE Geometry
Heavy Duty
Recommendation
GH d = 3.0~11.0mm
f = 0.3~1.3mm/rev
Chip breaker for heavy cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMM 120408-GH 432 12.7 4.76 0.8
PSDNN 120412-GH 433 12.7 4.76 1.2
PSKNR/L 150612-GH 543 15.875 6.35 1.2
PSSNR/L 190612-GH 643 19.05 6.35 1.2
190616-GH 644 19.05 6.35 1.6
190624-GH 646 19.05 6.35 2.4
250724-GH 856 25.4 7.94 2.4
250924-GH 866 25.4 9.52 2.4
250932-GH 868 25.4 9.52 3.2
P. 140, 141, 174 : Stock Item : Under preparing for stock
67
Turning Inserts
S type (90 )
SNMG(M)-HA USE Geometry
Light & Medium
Low cutting load due to the sharp Recommendation
cutting edge.
Thanks to the special design on cutting
edge line, strength of cutting edge has
HA d = 0.8~3.5mm
f = 0.1~0.4mm/rev
been icreased.
Suitable for machining of low carbon
TURNING
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120404-HA 431 12.7 4.76 0.4
PSDNN 120408-HA 432 12.7 4.76 0.8
PSKNR/L 120412-HA 433 12.7 4.76 1.2
PSSNR/L SNMM 120408-HA 432 12.7 4.76 0.8
P. 140, 141, 174 In case of carbide insert(H01), special treatment on top & bottom face : Stock Item : Under preparing for stock
Turning Inserts
of insert has been applied to get good chip flow property.
S type (90 )
SNMG-HC USE Geometry
Light & Medium
Recommendation
Good performance for copy
machining. HC d = 0.8~4.0mm
Effective chip breaker can f =0.08~0.4mm/rev
cover the deviation of depth
of cut, from shallow to big.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120404-HC 431 12.7 4.76 0.4
PSDNN 120408-HC 432 12.7 4.76 0.8
PSKNR/L
PSSNR/L
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNMG-HM USE Geometry
Medium
Recommendation
Comprehensive chip breaker
can cover from medium- HM d = 1.0~5.0mm
finishing to medium-roughing. f = 0.1~0.5mm/rev
Suitable chip breaker for CNC
machine.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 090304-HM 321 9.525 3.18 0.4
PSDNN 090308-HM 322 9.525 3.18 0.8
PSKNR/L 120404-HM 431 12.7 4.76 0.4
PSSNR/L 120408-HM 432 12.7 4.76 0.8
120412-HM 433 12.7 4.76 1.2
190612-HM 643 19.05 6.35 1.2
P. 140, 141, 174 : Stock Item : Under preparing for stock
68
Turning Inserts
S type (90 )
SNMG-HS USE Geometry
Srainless Steel(Medium)
Exclusive chip breaker for Recommendation
stainless steel.
Due to the special chip breaker HS d = 1.0~4.0mm
design to prevent notch wear f = 0.1~0.4mm/rev
on cutting edge, insert tool life
TURNING
has been increased.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 090304-HS 321 9.525 3.18 0.4
PSDNN 090308-HS 322 9.525 3.18 0.8
PSKNR/L 120404-HS 431 12.7 4.76 0.4
PSSNR/L 120408-HS 432 12.7 4.76 0.8
120412-HS 433 12.7 4.76 1.2
150612-HS 543 15.875 6.35 1.2
150616-HS 544 15.875 6.35 1.6
190612-HS 643 19.05 6.35 1.2
190616-HS 644 19.05 6.35 1.6
Turning Inserts
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNMG-HR USE Geometry
Roughing
Recommendation
Good chip flow at high feed & HR d = 2.5~7.0mm
big depth of cut. f = 0.25~0.65mm/rev
Suitable chip breaker for
intermittent cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN200
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120408-HR 432 12.7 4.76 0.8
PSDNN 120412-HR 433 12.7 4.76 1.2
PSKNR/L 120416-HR 434 12.7 4.76 1.6
PSSNR/L 150608-HR 542 15.875 6.35 0.8
150612-HR 543 15.875 6.35 1.2
150616-HR 544 15.875 6.35 1.6
150624-HR 546 15.875 6.35 2.4
190608-HR 642 19.05 6.35 0.8
190612-HR 643 19.05 6.35 1.2
190616-HR 644 19.05 6.35 1.6
190624-HR 646 19.05 6.35 2.4
250724-HR 856 25.4 7.94 2.4
250924-HR 866 25.4 9.52 2.4
P. 140, 141, 174 : Stock Item : Under preparing for stock
69
Turning Inserts
S type (90 )
SNMG-VF USE Geometry
Finishing
Recommendation
Good chip control performance
at various depth of cut. VF d = 0.3~2.5mm
Sharp & strong cutting edge due f = 0.05~0.35mm/rev
to the special chip breaker
TURNING
design.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 090304-VF 321 9.525 3.18 0.4
PSDNN 090308-VF 322 9.525 3.18 0.8
PSKNR/L 120404-VF 431 12.7 4.76 0.4
PSSNR/L 120408-VF 432 12.7 4.76 0.8
Turning Inserts
P. 140, 141, 174 : Stock Item : Under preparing for stock
S type (90 )
SNMM-HH USE Geometry
Heavy Duty
Suitable chip breaker for high Recommendation
feed, big depth of cut machining.
Since the special convex dot
designed on cutting edge
HH d = 4.0~13.0mm
f = 0.45~1.5mm/rev
reduces cutting load, smooth
cutting can be done even at the
heavy cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMM 190612-HH 643 19.05 6.35 1.2
PSDNN 190616-HH 644 19.05 6.35 1.6
PSKNR/L 190624-HH 646 19.05 6.35 2.4
PSSNR/L 250724-HH 856 25.4 7.94 2.4
250732-HH 858 25.4 7.94 3.2
250924-HH 866 25.4 9.52 2.4
250932-HH 868 25.4 9.52 3.2
310924-HH 1066 31.75 9.52 2.4
P. 140, 141, 174 : Stock Item : Under preparing for stock
70
Turning Inserts
S type (90 )
SNMN USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
CSDNN SNMN 090304 321 9.525 3.18 0.4
CSKNR/L 090308 322 9.525 3.18 0.8
120304 421 12.7 3.18 0.4
120308 422 12.7 3.18 0.8
120312 423 12.7 3.18 1.2
120404 431 12.7 4.76 0.4
120408 432 12.7 4.76 0.8
120412 433 12.7 4.76 1.2
150408 532 15.875 4.76 0.8
150412 533 15.875 4.76 1.2
150416 534 15.875 4.76 1.6
Turning Inserts
P. 163 : Stock Item : Under preparing for stock
S type (90 )
SCGT-HFP USE Geometry
Finishing
Suitable chip breaker for shallow Recommendation
depth of cut & low feed rate.
Good surface finish and smooth HFP d = 0.1~1.5mm
cutting can be acquried. f = 0.05~0.25mm/rev
Machining of inner diameter &
outer diameter is available.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSBCR/L SCGT 09T304-HFP 32.51 9.525 3.97 0.4 4.4
SSDCN
SSKCR/L
SSSCR/L
P. 153~155, 175, 255 : Stock Item : Under preparing for stock
S type (90 )
SCMT-HFP USE Geometry
Finishing
Suitable chip breaker for shallow Recommendation
depth of cut & low feed rate.
Good surface finish and smooth HFP d = 0.1~1.5mm
cutting can be acquried. f = 0.05~0.25mm/rev
Machining of inner diameter &
outer diameter is available.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSBCR/L SCMT 09T304-HFP 32.51 9.525 3.97 0.4 4.4
SSDCN
SSKCR/L
SSSCR/L
P. 153~155, 175, 255 : Stock Item : Under preparing for stock
71
Turning Inserts
S type (90 )
SCMT-HMP USE Geometry
Medium
Recommendation
Comprehensive chip breaker HMP d = 0.5~3.5mm
can cover various conditions f = 0.08~0.4mm/rev
of feed & depth for machining
TURNING
of steel & stainless steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSBCR/L SCMT 09T304-HMP 32.51 9.525 3.97 0.4 4.4
SSDCN 09T308-HMP 32.52 9.525 3.97 0.8 4.4
SSKCR/L 120404-HMP 431 12.7 4.76 0.4 5.5
SSSCR/L 120408-HMP 432 12.7 4.76 0.8 5.5
P. 153~155, 175, 255 : Stock Item : Under preparing for stock
Turning Inserts
S type (90 )
SCMT-C25 USE Geometry
Medium
Recommendation
C25 d = 1.0~3.0mm
Suitable chip breaker for f = 0.1~0.3mm/rev
intermittent cutting of steel
and cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSBCR/L SCMT 060204-C25 21.51 6.35 2.38 0.4 4.4
SSDCN 09T304-C25 32.51 9.525 3.97 0.4 4.4
SSKCR/L 09T308-C25 32.52 9.525 3.97 0.8 4.4
SSSCR/L 120404-C25 431 12.7 4.76 0.4 5.5
120408-C25 432 12.7 4.76 0.8 5.5
P. 153~155, 175, 255 : Stock Item : Under preparing for stock
S type (90 )
SPGA(-Z ) USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SPGA 060204 21.51 6.35 2.38 0.4 2.8
090308T 322 9.525 3.18 0.8 4.4
090308T -Z 322 9.525 3.18 0.8 3.4
: Stock Item : Under preparing for stock
72
Turning Inserts
S type (90 )
SPGN USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC6510
ASA
CN100
CN200
ST30A
Holder (I=d) I r
CN20
CT10
ST10
ST20
G10
SPGN 070202 2.51.50.5 7.94 2.38 0.2
070208 2.51.53 7.94 2.38 0.4
090304 321 9.525 3.18 0.4
090308 322 9.525 3.18 0.8
120302 420.5 12.7 3.18 0.2
120304 421 12.7 3.18 0.4
120308 422 12.7 3.18 0.8
120312 423 12.7 3.18 1.2
120316 424 12.7 3.18 1.6
120402 430.5 12.7 4.76 0.2
120408 432 12.7 4.76 0.8
150408 532 15.875 4.76 0.8
Turning Inserts
150412 533 15.875 4.76 1.2
150416 534 15.875 4.76 1.6
190412 633 19.05 4.76 1.2
190416 634 19.05 4.76 1.6
: Stock Item : Under preparing for stock
S type (90 )
SPG(M)R-F USE Geometry
Recommendation
F d = 0.5~2.0mm
f = 0.1~0.25mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) l r
CN20
CT10
ST10
G10
H01
CSKPR/L SPGR 090304-F 321 9.525 3.18 0.4
120304-F 421 12.7 3.18 0.4
SPMR 090304-F 321 9.525 3.18 0.4
120304-F 421 12.7 3.18 0.4
P. 164, 186 : Stock Item : Under preparing for stock
73
Turning Inserts
S type (90 )
SPG(M)R-M USE Geometry
Recommendation
M d =1.5~4.0mm
f = 0.2~0.4mm/rev
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) t r
CN20
CT10
ST10
G10
H01
CSKPR/L SPGR 090308-M 322 9.525 3.18 0.8
120308-M 422 12.7 3.18 0.8
SPMR 090308-M 322 9.525 3.18 0.8
120308-M 422 12.7 3.18 0.8
120312-M 423 12.7 3.18 1.2
P. 164, 186 : Stock Item : Under preparing for stock
Turning Inserts
S type (90 )
SPGT USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSKPR/L SPGT 090304R 321 9.525 3.18 0.4 3.4
(Boring Bar) 090308R 322 9.525 3.18 0.8 3.4
090304L 321 9.525 3.18 0.4 3.4
090308L 322 9.525 3.18 0.8 3.4
P. 180, 257 : Stock Item : Under preparing for stock
S type (90 )
SPGT-C05 USE Geometry
Finishing
Recommendation
C05 d = 0.5~2.0mm
f = 0.05~0.3mm/rev
Good surface fihish due to
reduced cutting load.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSKPR/L SPGT 090304-C05 321 9.525 3.18 0.4 4.4
(Boring Bar) 090308-C05 322 9.525 3.18 0.8 4.4
P. 180, 257 : Stock Item : Under preparing for stock
74
Turning Inserts
T type (60 )
TNGA TNPA* USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNGA 090204 1.81.51 9.6 5.56 2.38 0.4
PTGNR/L TNPA* 110302 220.5 11.0 6.35 3.18 0.2
PTTNR/L 110304 221 11.0 6.35 3.18 0.4
WTJNR/L 160304 321 16.5 9.525 3.18 0.4
WTXNR/L 160402 330.5 16.5 9.525 3.18 0.2
160404 331 16.5 9.525 3.18 0.4
160408 332 16.5 9.525 3.18 0.8
220304 421 22.0 12.7 3.18 0.4
220402 430.5 22.0 12.7 4.76 0.2
220404 431 22.0 12.7 4.76 0.4
220408 432 22.0 12.7 4.76 0.8
220412 433 22.0 12.7 4.76 1.2
Turning Inserts
270612 543 27.5 15.875 6.35 1.2
270624 546 27.5 15.875 6.35 2.4
P. 142~144, 175 : Stock Item : Under preparing for stock
T type (60 )
TNGG TNPR/L* USE Geometry
Recommendation
d = 1.0~4.0mm
f = 0.1~0.4mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
ST20
G10
H01
PTFNR/L TNGG 110304R 11.0 6.35 3.18 0.4
PTGNR/L TNPR/L*160402R 16.5 9.525 4.76 0.2
PTTNR/L 160404R 16.5 9.525 4.76 0.4
WTJNR/L 160408R 16.5 9.525 4.76 0.8
WTXNR/L 220404R 22.0 12.7 4.76 0.4
220408R 22.0 12.7 4.76 0.8
220412R 22.0 12.7 4.76 1.2
110304L 11.0 6.35 3.18 0.4
160402L 16.5 9.525 4.76 0.2
160404L 16.5 9.525 4.76 0.4
160408L 16.5 9.525 4.76 0.8
220404L 22.0 12.7 4.76 0.4
220408L 22.0 12.7 4.76 0.8
220412L 22.0 12.7 4.76 1.2
P. 142~144, 175 : Stock Item : Under preparing for stock
75
Turning Inserts
T type (60 )
TNGN USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
CTFNR/L TNGN 110304 221 11.0 6.35 3.18 0.4
CTGNR/L 110308 222 11.0 6.35 3.18 0.8
160304 321 16.5 9.525 3.18 0.4
160308 322 16.5 9.525 3.18 0.8
160404 331 16.5 6.35 4.76 0.4
160408 332 16.5 6.35 4.76 0.8
160412 333 16.5 6.35 4.76 1.2
220404 431 22.0 12.7 4.76 0.4
220408 432 22.0 12.7 4.76 0.8
220412 433 22.0 12.7 4.76 1.2
220416 434 22.0 12.7 4.76 1.6
220424 436 22.0 12.7 4.76 2.4
Turning Inserts
P. 165, 166 : Stock Item : Under preparing for stock
T type (60 )
TNMA USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
U20
PTFNR/L TNMA 110308 222 11.0 6.35 3.18 0.8
PTGNR/L 160404 331 16.5 9.525 4.76 0.4
PTTNR/L 160408 332 16.5 9.525 4.76 0.8
WTJNR/L 160412 333 16.5 9.525 4.76 1.2
WTXNR/L 220404 431 22.0 12.7 4.76 0.4
220408 432 22.0 12.7 4.76 0.8
220412 433 22.0 12.7 4.76 1.2
220416 434 22.0 12.7 4.76 1.6
220424 436 22.0 12.7 4.76 2.4
220432 438 22.0 12.7 4.76 3.2
P. 142~144, 175 : Stock Item : Under preparing for stock
76
Turning Inserts
T type (60 )
TNMN USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I d t r
CN20
CT10
ST10
G10
H01
CTFNR/L TNMN 160408 332 16.5 9.525 4.76 0.8
CTGNR/L 220408 432 22.0 12.7 4.76 0.8
220412 433 22.0 12.7 4.76 1.2
P. 165, 166 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TNMX USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMX 160402R 330.5 16.5 9.525 4.76 0.2
PTGNR/L 160404R 331 16.5 9.525 4.76 0.4
PTTNR/L 160408R 332 16.5 9.525 4.76 0.8
WTJNR/L 220404R 431 22.0 12.7 4.76 0.4
WTXNR/L 220408R 432 22.0 12.7 4.76 0.8
160404L 331 16.5 9.525 4.76 0.4
160408L 332 16.5 9.525 4.76 0.8
P. 142~144, 175 : Stock Item : Under preparing for stock
T type (60 )
TNMG-B20 USE Geometry
Light & Medium
Recommendation
B20 d = 1.5~4.0mm
f = 0.15~0.5mm/rev
Exclusive chip breaker for
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160404-B20 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-B20 332 16.5 9.525 4.76 0.8
PTTNR/L 160412-B20 333 16.5 9.525 4.76 1.2
WTJNR/L 220408-B20 432 22.0 12.7 4.76 0.8
WTXNR/L 220412-B20 433 22.0 12.7 4.76 1.2
P. 142~144, 175 : Stock Item : Under preparing for stock
77
Turning Inserts
T type (60 )
TNMG-B25 USE Geometry
General Cutting
Recommendation
B25 d = 4.0~10.0mm
f = 0.5~1.0mm/rev
Comprehensive chip breaker
TURNING
can cover general cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 110308-B25 222 11.0 6.35 3.18 0.8
PTGNR/L 160304-B25 321 16.5 9.525 3.18 0.4
PTTNR/L 160308-B25 322 16.5 9.525 3.18 0.8
WTJNR/L 160312-B25 323 16.5 9.525 3.18 1.2
WTXNR/L 160316-B25 324 16.5 9.525 3.18 1.6
160404-B25 331 16.5 9.525 4.76 0.4
160408-B25 332 16.5 9.525 4.76 0.8
160412-B25 333 16.5 9.525 4.76 1.2
160416-B25 334 16.5 9.525 4.76 1.6
220404-B25 431 22.0 12.7 4.76 0.4
220408-B25 432 22.0 12.7 4.76 0.8
220412-B25 433 22.0 12.7 4.76 1.2
Turning Inserts
220416-B25 434 22.0 12.7 4.76 1.6
220424-B25 436 22.0 12.7 4.76 2.4
270608-B25 542 27.5 15.875 6.35 0.8
270612-B25 543 27.5 15.875 6.35 1.2
270616-B25 544 27.5 15.875 6.35 1.6
330716-B25 654 33.0 19.05 7.94 1.6
330924-B25 666 33.0 19.05 9.52 2.4
P. 142~144, 175 : Stock Item : Under preparing for stock
T type (60 )
TNMG(M)-GM USE Geometry
Medium
Recommendation
Good chip control at general
GM d = 1.0~4.0mm
cutting of steel.
Due to the strong cutting edge
design, it is possible to machine
f = 0.2~0.5mm/rev
with high feed rate even at
intermittent cutting of steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160304-GM 321 16.5 9.525 3.18 0.4
PTGNR/L 160404-GM 331 16.5 9.525 4.76 0.4
PTTNR/L 160408-GM 332 16.5 9.525 4.76 0.8
WTJNR/L 160412-GM 333 16.5 9.525 4.76 1.2
WTXNR/L 220404-GM 431 22.0 12.7 4.76 0.4
220408-GM 432 22.0 12.7 4.76 0.8
220412-GM 433 22.0 12.7 4.76 1.2
TNMM 160412-GM 333 16.5 9.525 4.76 1.2
220412-GM 433 22.0 12.7 4.76 1.2
220416-GM 434 22.0 12.7 4.76 1.6
P. 142~144, 175 : Stock Item : Under preparing for stock
78
Turning Inserts
T type (60 )
TNMG-GS USE Geometry
Stainless Steel
Recommendation
As a chip breaker for stainless GS d = 1.5~5.5mm
steel machining, good surface f = 0.15~0.5mm/rev
finish & smooth cutting
TURNING
process can be acquired.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160404-GS 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-GS 332 16.5 9.525 4.76 0.8
PTTNR/L 220408-GS 432 22.0 12.7 4.76 0.8
WTJNR/L
WTXNR/L
Turning Inserts
P. 142~144, 175 : Stock Item : Under preparing for stock
T type (60 )
TNMG(M)-GR USE Geometry
Roughing
Recommendation
Due to the strong cutting edge, GR d = 3.0~8.0mm
it is possible to machine with f = 0.3~0.8mm/rev
high feed rate for steel & cast
iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC315K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160408-GR 332 16.5 9.525 4.76 0.8
PTGNR/L 160412-GR 333 16.5 9.525 4.76 1.2
PTTNR/L 220408-GR 432 22.0 12.7 4.76 0.8
WTJNR/L 220412-GR 433 22.0 12.7 4.76 1.2
WTXNR/L 220416-GR 434 22.0 12.7 4.76 1.6
270608-GR 542 27.5 15.875 6.35 0.8
270612-GR 543 27.5 15.875 6.35 1.2
270616-GR 544 27.5 15.875 6.35 1.6
330924-GR 666 33.0 19.05 9.52 2.4
TNMM 220408-GR 432 22.0 12.7 4.76 0.8
220412-GR 433 22.0 12.7 4.76 1.2
220416-GR 434 22.0 12.7 4.76 1.6
P. 142~144, 175 : Stock Item : Under preparing for stock
79
Turning Inserts
T type (60 )
TNG(M)G-HU USE Geometry
Finishing
Due to the low cutting load that has been Recommendation
originated from sharp cutting edge, good
HU d = 0.1 ~ 1.5mm
surface finish through smooth cutting can
be acquried.
Due to the special chip breaker design for f = 0.03 ~ 0.25mm/rev
shallow depth of cut, good chip control is
TURNING
possible at low depth of cut machining.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNGG 160404-HU 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-HU 332 16.5 9.525 4.76 0.8
PTTNR/L TNMG 160404-HU 331 16.5 9.525 4.76 0.4
WTJNR/L 160408-HU 332 16.5 9.525 4.76 0.8
WTXNR/L
P. 142~144, 175 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TNMG-HA USE Geometry
Light & Medium
Low cutting load due to the sharp Recommendation
cutting edge.
Thanks to the special design on
cutting edge line, strength of cutting
HA d = 0.8~3.5mm
f = 0.1~0.4mm/rev
edge has been increased.
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160404-HA 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-HA 332 16.5 9.525 4.76 0.8
PTTNR/L 220408-HA 432 22.0 12.7 4.76 0.8
WTJNR/L
WTXNR/L
P. 142~144, 175 In case of carbide insert(H01), special treatment on top & bottom face : Stock Item : Under preparing for stock
of insert has been applied to get good chip flow property.
T type (60 )
TNMG-HC USE Geometry
Light & Medium
Recommendation
Good performance for copy
machining. HC d = 0.8~4.0mm
Effective chip breaker can f = 0.08~0.4mm/rev
cover the deviation of depth
of cut, from shallow to big.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160404-HC 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-HC 332 16.5 9.525 4.76 0.8
PTTNR/L 160412-HC 333 16.5 9.525 4.76 1.2
WTJNR/L 220408-HC 432 22.0 12.7 4.76 0.8
WTXNR/L
P. 142~144, 175 : Stock Item : Under preparing for stock
80
Turning Inserts
T type (60 )
TNMG-HS USE Geometry
Stainless Steel(Medium)
Recommendation
Exclusive chip breaker for
HS d = 1.0~4.0mm
stainless steel.
Due to the special chip breaker
design to prevent notch wear on
f = 0.1~0.4mm/rev
cutting edge, insert tool life has
TURNING
been increased.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160404-HS 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-HS 332 16.5 9.525 4.76 0.8
PTTNR/L 160412-HS 333 16.5 9.525 4.76 1.2
WTJNR/L 220408-HS 432 22.0 12.7 4.76 0.8
WTXNR/L 220412-HS 433 22.0 12.7 4.76 1.2
P. 142~144, 175 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TNM(M)G-HM USE Geometry
Medium
Recommendation
Comprehensive chip breaker
can cover from medium- HM d = 1.0~5.0mm
finishing to medium-roughing. f = 0.1~0.5mm/rev
Suitable chip breaker for
CNC machine.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 110308-HM 222 11.0 6.35 3.18 0.8
PTGNR/L 160404-HM 331 16.5 9.525 4.76 0.4
PTTNR/L 160408-HM 332 16.5 9.525 4.76 0.8
WTJNR/L 160412-HM 333 16.5 9.525 4.76 1.2
WTXNR/L 220404-HM 431 22.0 12.7 4.76 0.4
220408-HM 432 22.0 12.7 4.76 0.8
220412-HM 433 22.0 12.7 4.76 1.2
TNMM 160408-HM 332 16.5 9.525 4.76 0.8
220408-HM 432 22.0 12.7 4.76 0.8
P. 142~144, 175 : Stock Item : Under preparing for stock
T type (60 )
TNMG-HR USE Geometry
Roughing
Recommendation
Good chip flow at high feed & HR d = 2.5~7.0mm
big depth of cut. f = 0.25~0.65mm/rev
Suitable chip breaker for
intermittent cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160408-HR 332 16.5 9.525 4.76 0.8
PTGNR/L 160412-HR 333 16.5 9.525 4.76 1.2
PTTNR/L 220408-HR 432 22.0 12.7 4.76 0.8
WTJNR/L 220412-HR 433 22.0 12.7 4.76 1.2
WTXNR/L 220416-HR 434 22.0 12.7 4.76 1.6
270608-HR 542 27.5 15.875 6.35 0.8
270612-HR 543 27.5 15.875 6.35 1.2
270632-HR 548 27.5 15.875 6.35 3.2
330716-HR 654 33.0 19.05 7.94 1.6
330924-HR 666 33.0 19.05 9.52 2.4
P. 142~144, 175 : Stock Item : Under preparing for stock
81
Turning Inserts
T type (60 )
TNMG-VF USE Geometry
Finishing
Recommendation
Good chip control performance
at various depth of cut. VF d = 0.3~2.5mm
Sharp & strong cutting edge due f = 0.05~0.35mm/rev
to the special chip breaker
TURNING
design.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 110304-VF 221 11.0 6.35 3.18 0.4
PTGNR/L 160404-VF 331 16.5 9.525 4.76 0.4
PTTNR/L 160408-VF 332 16.5 9.525 4.76 0.8
WTJNR/L 160412-VF 333 16.5 9.525 4.76 1.2
WTXNR/L 220404-VF 431 22.0 12.7 4.76 0.4
220408-VF 432 22.0 12.7 4.76 0.8
P. 142~144, 175 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TNMM-HH USE Geometry
Heavy Duty
Suitable chip breaker for high Recommendation
feed, big depth of cut machining.
HH d = 4.0~13.0mm
Since the special convex dot
designed on cutting edge
reduces cutting load, smooth
f = 0.45~1.5mm/rev
cutting can be done even at the
heavy cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC500H
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMM 220412-HH 433 22.0 12.7 4.76 1.2
PTGNR/L 270616-HH 544 27.5 15.875 6.35 1.6
PTTNR/L 270624-HH 546 27.5 15.875 6.35 2.4
WTJNR/L 330924-HH 666 33.0 19.05 9.52 2.4
WTXNR/L
P. 142~144, 175 : Stock Item : Under preparing for stock
T type (60 )
TBGT USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STUBR TBGT 060102L 1.210.5 6.8 3.97 1.59 0.2 2.16
(Micro Boring Bar) 060104L 1.211 6.8 3.97 1.59 0.4 2.16
P. 188 : Stock Item : Under preparing for stock
82
Turning Inserts
T type (60 )
TCGT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
HFP d = 0.1~1.5mm
depth of cut & low feed rate.
Good surface finish and smooth
cutting can be acquried.
f = 0.05~0.25mm/rev
Machining of inner diameter &
TURNING
outer diameter is available.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STACR/L TCGT 090204-HFP 731 9.6 5.56 2.38 0.4 2.5
STFCR/L 110202-HFP 21.50.5 11.0 6.35 2.38 0.2 2.8
STGCR/L 110204-HFP 21.51 11.0 6.35 2.38 0.4 2.8
STTCR/L 110208-HFP 21.52 11.0 6.35 2.38 0.8 2.8
16T304-HFP 32.51 16.5 9.525 3.97 0.4 4.4
16T308-HFP 32.52 16.5 9.525 3.97 0.8 4.4
P. 155, 156, 181, 256, 257 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TCMT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
HFP d = 0.1~1.5mm
depth of cut & low feed rate.
Good surface finish and smooth
cutting can be acquried.
f = 0.05~0.25mm/rev
Machining of inner diameter &
outer diameter is available.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STACR/L TCMT 090204-HFP 731 9.6 5.56 2.38 0.4 2.5
STFCR/L 110202-HFP 21.50.5 11.0 6.35 2.38 0.2 2.8
STGCR/L 110204-HFP 21.51 11.0 6.35 2.38 0.4 2.8
STTCR/L 110208-HFP 21.52 11.0 6.35 2.38 0.8 2.8
16T304-HFP 32.51 16.5 9.525 3.97 0.4 4.4
16T308-HFP 32.52 16.5 9.525 3.97 0.8 4.4
P. 155, 156, 181, 256, 257 : Stock Item : Under preparing for stock
T type (60 )
TCMT-HMP USE Geometry
Medium
Comprehensive chip breaker Recommendation
can cover various conditions
of feed & depth for machining HMP d = 0.5~3.5mm
of steel. f = 0.05~0.4mm/rev
Applicable for stainless steel
machining.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STACR/L TCMT 090204-HMP 731 9.6 5.56 2.38 0.4 2.5
STFCR/L 090208-HMP 732 9.6 5.56 2.38 0.8 2.5
STGCR/L 110202-HMP 21.50.5 11.0 6.35 2.38 0.2 2.8
STTCR/L 110204-HMP 21.51 11.0 6.35 2.38 0.4 2.8
110208-HMP 21.52 11.0 6.35 2.38 0.8 2.8
16T304-HMP 32.51 16.5 9.525 3.97 0.4 4.4
16T308-HMP 32.52 16.5 9.525 3.97 0.8 4.4
P. 155, 156, 181, 256, 257 : Stock Item : Under preparing for stock
83
Turning Inserts
T type (60 )
TCMT-C25 USE Geometry
Medium
Recommendation
C25 d = 1.0~3.0mm
Suitable chip breaker for f = 0.1~0.3mm/rev
intermittent cutting of steel
TURNING
and cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STACR/L TCMT 090204-C25 731 9.6 5.56 2.38 0.4 2.5
STFCR/L 090208-C25 732 9.6 5.56 2.38 0.8 2.5
STGCR/L 110202-C25 21.50.5 11.0 6.35 2.38 0.2 2.8
STTCR/L 110204-C25 21.51 11.0 6.35 2.38 0.4 2.8
110208-C25 21.52 11.0 6.35 2.38 0.8 2.8
16T304-C25 32.51 16.5 9.525 3.97 0.4 4.4
16T308-C25 32.52 16.5 9.525 3.97 0.8 4.4
P. 155, 156, 181, 256, 257 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TOEH USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
For FZ unit TOEH 060102L 1.210.5 6.8 3.97 1.59 0.2 2.15
090204L 1.81.51 9.6 5.56 2.38 0.4 2.8
140304L 14.2 8.2 3.0 0.4 3.8
: Stock Item : Under preparing for stock
T type (60 )
TPGN USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM325
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
ST30A
Holder I t r
CN20
CN30
d
CT10
ST20
G10
H01
TPGN 110304 221 11.0 6.35 3.18 0.4
110308 222 11.0 6.35 3.18 0.8
160302 320.5 16.5 9.525 3.18 0.2
160304 321 16.5 9.525 3.18 0.4
160308 322 16.5 9.525 3.18 0.8
160312 323 16.5 9.525 3.18 1.2
160316 324 16.5 9.525 3.18 1.6
220404 431 22.0 12.7 4.76 0.4
220408 432 22.0 12.7 4.76 0.8
220412 433 22.0 12.7 4.76 1.2
220430 437.6 22.0 12.7 4.76 3.0
: Stock Item : Under preparing for stock
84
Turning Inserts
T type (60 )
TPG(M)R-F USE Geometry
Finishing
Recommendation
F d = 0.5~2.0mm
f = 0.1~0.25mm/rev
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
CTFPR/L TPGR 110302-F 220.5 11.0 6.35 3.18 0.2
CTGPR/L 110304-F 221 11.0 6.35 3.18 0.4
160304-F 321 16.5 9.525 3.18 0.4
TPMR 090202-F 1.81.50.5 9.6 5.56 2.38 0.2
090204-F 1.81.51 9.6 5.56 2.38 0.4
110302-F 22.0.5 11.0 6.35 3.18 0.2
110304-F 221 11.0 6.35 3.18 0.4
110308-F 222 11.0 6.35 3.18 0.8
160304-F 321 16.5 9.525 3.18 0.4
160308-F 322 16.5 9.525 3.18 0.8
Turning Inserts
P. 165, 166, 187 : Stock Item : Under preparing for stock
T type (60 )
TPG(M)R-M USE Geometry
Recommendation
M d = 1.5~4.0mm
f = 0.2~0.4mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
CTFPR/L TPGR 110308-M 222 11.0 6.35 3.18 0.8
CTGPR/L 160308-M 322 16.5 9.525 3.18 0.8
TPMR 110304-M 221 11.0 6.35 3.18 0.4
110308-M 222 11.0 6.35 3.18 0.8
160304-M 321 16.5 9.525 3.18 0.4
160308-M 322 16.5 9.525 3.18 0.8
160312-M 323 16.5 9.525 3.18 1.2
220408-M 432 22.0 12.7 4.76 0.8
P. 165, 166, 187 : Stock Item : Under preparing for stock
85
Turning Inserts
T type (60 )
TPGT USE Geometry
Recommendation
d = 1.0~4.0mm
f = 0.1~0.4mm/rev
Wide chip control range from
TURNING
finishing to medium cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
PC215K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STFPR/L TPGT 080202R 1.51.50.5 8.2 4.76 2.38 0.2 2.3
(Boring Bar) 110302R 220.5 11.0 6.35 3.18 0.2 3.4
STUPR 110304R 221 11.0 6.35 3.18 0.4 3.4
(Micro Boring Bar) 110308R 222 11.0 6.35 3.18 0.8 3.4
160404R 331 16.5 9.525 4.76 0.4 4.4
160408R 332 16.5 9.525 4.76 0.8 4.4
080202L 1.51.50.5 8.2 4.76 2.38 0.2 2.3
080204L 1.51.51 8.2 4.76 2.38 0.4 2.3
110302L 220.5 11.0 6.35 3.18 0.2 3.4
110304L 221 11.0 6.35 3.18 0.4 3.4
110308L 222 11.0 6.35 3.18 0.8 3.4
160404L 331 16.5 9.525 4.76 0.4 4.4
Turning Inserts
160408L 332 16.5 9.525 4.76 0.8 4.4
P. 182, 188, 258, 259 : Stock Item : Under preparing for stock
T type (60 )
TPGT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
HFP d = 1.0~1.5mm
depth of cut & low feed rate.
Good surface finish and smooth
cutting can be acquried at the
f = 0.05~0.25mm/rev
machining of inner diameter &
outer diameter.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STFPR/L TPGT 110304-HFP 221 11.0 6.35 3.18 0.4 3.4
(Boring Bar) 160308-HFP 332 16.5 9.525 3.18 0.8 4.4
P. 182, 188, 258, 259 : Stock Item : Under preparing for stock
86
Turning Inserts
T type (60 )
TPMT-HFP USE Geometry
Finishing
Recommendation
Suitable chip breaker for shallow
HFP d = 1.0~1.5mm
depth of cut & low feed rate.
Good surface finish and smooth
cutting can be acquried at the
f = 0.05~0.25mm/rev
machining of inner diameter &
TURNING
outer diameter
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STFPR/L TPMT 110304-HFP 221 11.0 6.35 3.18 0.4 3.4
(Boring Bar) 160308-HFP 332 16.5 9.525 3.18 0.8 4.4
P. 182, 188, 258, 259 : Stock Item : Under preparing for stock
Turning Inserts
T type (60 )
TPGT-C05 USE Geometry
Finishing
Recommendation
C05 d = 0.5~2.0mm
f = 0.05~0.3mm/rev
Good surface fihish due to
reduced cutting load.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STFPR/L TPGT 110304-C05 221 11.0 6.35 3.18 0.4 3.4
(Boring Bar) 160404-C05 331 16.5 9.525 4.76 0.4 4.4
P. 182, 188, 258, 259 : Stock Item : Under preparing for stock
V type (35 )
VNGG-HA USE Geometry
Light & Medium
Low cutting load due to the sharp Recommendation
cutting edge.
Thanks to the special design on
cutting edge line, strength of cutting
HA d = 0.8~3.5mm
f = 0.1~0.4mm/rev
edge has been increased.
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNGG 160408-HA 332 16.6 9.525 4.76 0.8
P. 147, 148 In case of carbide insert(H01), special treatment on top & bottom face : Stock Item : Under preparing for stock
of insert has been applied to get good chip flow property.
87
Turning Inserts
V type (35 )
VNMG-B20 USE Geometry
Light & Medium
Recommendation
B20 d = 1.5~4.0mm
f = 0.15~0.5mm/rev
Exclusive chip breaker for
TURNING
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNMG 160404-B20 331 16.6 9.525 4.76 0.4
160408-B20 332 16.6 9.525 4.76 0.8
P. 147, 148 : Stock Item : Under preparing for stock
Turning Inserts
V type (35 )
VNMG-HS USE Geometry
Stainless Steel(Medium)
Recommendation
Exclusive chip breaker for
HS d = 1.0~4.0mm
stainless steel.
Due to the special chip breaker
design to prevent notch wear
f = 0.1~0.4mm/rev
on cutting edge, insert tool life
has been increased.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNMG 160404-HS 331 16.6 9.525 4.76 0.4
160408-HS 332 16.6 9.525 4.76 0.8
P. 147, 148 : Stock Item : Under preparing for stock
V type (35 )
VNMG-HM USE Geometry
Medium
Recommendation
Comprehensive chip breaker
can cover from medium- HM d = 1.0~5.0mm
finishing to medium-roughing. f = 0.1~0.5mm/rev
Suitable chip breaker for
CNC machine.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNMG 160404-HM 331 16.6 9.525 4.76 0.4
160408-HM 332 16.6 9.525 4.76 0.8
160412-HM 333 16.6 9.525 4.76 1.2
220404-HM 431 22.1 12.7 4.76 0.4
220408-HM 432 22.1 12.7 4.76 0.8
P. 147, 148 : Stock Item : Under preparing for stock
88
Turning Inserts
V type (35 )
VNMG-GM USE Geometry
Medium
Recommendation
Good chip control at general
GM d = 0.7~4.0mm
cutting of steel.
Due to the strong cutting edge
design, it is possible to machine
f = 0.1~0.5mm/rev
with high feed rate even at
TURNING
intermittent cutting of steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNMG 160404-GM 331 16.6 9.525 4.76 0.4
160408-GM 332 16.6 9.525 4.76 0.8
P. 147, 148 : Stock Item : Under preparing for stock
Turning Inserts
V type (35 )
VNMG-VF USE Geometry
Finishing
Recommendation
Good chip control performance
at various depth of cut. VF d = 0.3~2.5mm
Sharp & strong cutting edge f = 0.05~0.35mm/rev
due to the special chip breaker
design.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNMG 160402-VF 330.5 16.6 9.525 4.76 0.2
160404-VF 331 16.6 9.525 4.76 0.4
160408-VF 332 16.6 9.525 4.76 0.8
160412-VF 333 16.6 9.525 4.76 1.2
P. 147, 148 : Stock Item : Under preparing for stock
V type (35 )
VNMP USE Geometry
Recommendation
For roughing of high temp
alloy and aluminum alloy
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNMP 160404 331 16.6 9.525 4.76 0.4
160408 332 16.6 9.525 4.76 0.8
P. 147, 148 : Stock Item : Under preparing for stock
89
Turning Inserts
V type (35 )
VBG(M)T USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVABR/L VBGT 160404 331 16.5 9.525 4.76 0.4 4.4
SVJBR/L 160408 332 16.5 9.525 4.76 0.8 4.4
SVVBN VBMT 160404 331 16.5 9.525 4.76 0.4 4.4
SVQBR/L 160408 332 16.5 9.525 4.76 0.8 4.4
SVUBR/L
P. 157, 158, 183 : Stock Item : Under preparing for stock
Turning Inserts
V type (35 )
VCGT-HFP USE Geometry
Finishing
Suitable chip breaker for shallow Recommendation
depth of cut & low feed rate.
Good surface finish and smooth HFP d = 0.1~1.5mm
cutting can be acquried at the f = 0.05~0.25mm/rev
machining of inner diameter &
outer diameter.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVJCR/L VCGT 110302-HFP 220.5 11.0 6.35 3.18 0.2 3.4
110304-HFP 221 11.0 6.35 3.18 0.4 3.4
110308-HFP 222 11.0 6.35 3.18 0.8 3.4
160404-HFP 331 16.5 9.525 4.76 0.4 4.4
160408-HFP 332 16.5 9.525 4.76 0.8 4.4
P. 159, 184 : Stock Item : Under preparing for stock
V type (35 )
VCMT-HFP USE Geometry
Finishing
Suitable chip breaker for shallow Recommendation
depth of cut & low feed rate.
Good surface finish and smooth HFP d = 0.1~1.5mm
cutting can be acquried at the f = 0.05~0.25mm/rev
machining of inner diameter &
outer diameter
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVJCR/L VCMT 110302-HFP 220.5 11.0 6.35 3.18 0.2 3.4
110304-HFP 221 11.0 6.35 3.18 0.4 3.4
110308-HFP 222 11.0 6.35 3.18 0.8 3.4
160404-HFP 331 16.5 9.525 4.76 0.4 4.4
160408-HFP 332 16.5 9.525 4.76 0.8 4.4
P. 159, 184 : Stock Item : Under preparing for stock
90
Turning Inserts
V type (35 )
VBMT-HMP USE Geometry
Medium
Recommendation
Comprehensive chip breaker HMP d = 0.5~3.5mm
can cover various conditions f = 0.05~0.4mm/rev
of feed & depth for machining
TURNING
of steel & stainless steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVABR/L VBMT 110204-HMP 21.51 11.1 6.35 2.38 0.4 2.8
SVJBR/L 110304-HMP 221 11.1 6.35 3.18 0.4 3.4
SVVBN 110308-HMP 222 11.1 6.35 3.18 0.8 3.4
SVQBR/L 160404-HMP 331 16.5 9.525 4.76 0.4 4.4
SVUBR/L 160408-HMP 332 16.5 9.525 4.76 0.8 4.4
P. 157, 158, 183 : Stock Item : Under preparing for stock
Turning Inserts
V type (35 )
VCMT-HMP USE Geometry
Medium
Recommendation
Comprehensive chip breaker HMP d = 0.5~3.5mm
can cover various conditions f = 0.05~0.4mm/rev
of feed & depth for machining
of steel & stainless steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVJCR/L VCMT 160404-HMP 331 16.5 9.525 4.76 0.4 4.4
160408-HMP 332 16.5 9.525 4.76 0.8 4.4
P. 159, 184 : Stock Item : Under preparing for stock
W type (80 )
WNMA USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMA 060404 331 6.5 9.525 4.76 0.4
WWLNR/L 060408 332 6.5 9.525 4.76 0.8
080408 432 8.7 12.7 4.76 0.8
080412 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
91
Turning Inserts
W type (80 )
WNMG-B25 USE Geometry
General Cutting
Recommendation
B25 d = 4.0~10.0mm
f = 0.5~1.0mm/rev
Comprehensive chip breaker
TURNING
can cover general cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 080404-B25 431 8.7 12.7 4.76 0.4
WWLNR/L 080408-B25 432 8.7 12.7 4.76 0.8
080412-B25 433 8.7 12.7 4.76 1.2
WNMM 100608-B25 542 10.7 15.875 6.35 0.8
130612-B25 643 13.8 19.05 6.35 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
Turning Inserts
W type (80 )
WNMG-GM USE Geometry
Medium
Recommendation
Good chip control at general
GM d = 0.7~4.0mm
cutting of steel.
Due to the strong cutting edge
design, it is possible to machine
f = 0.1~0.5mm/rev
with high feed rate even at
intermittent cutting of steel.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-GM 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-GM 332 6.5 9.525 4.76 0.8
080404-GM 431 8.7 12.7 4.76 0.4
080408-GM 432 8.7 12.7 4.76 0.8
080412-GM 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
W type (80 )
WNMG-GS USE Geometry
Stainless Steel
Recommendation
As a chip breaker for stainless GS d = 1.5~5.5mm
steel machining, good surface f = 0.15~0.5mm/rev
finish & smooth cutting process
can be acquired.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-GS 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-GS 332 6.5 9.525 4.76 0.8
080404-GS 431 8.7 12.7 4.76 0.4
080408-GS 432 8.7 12.7 4.76 0.8
080412-GS 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
92
Turning Inserts
W type (80 )
WNMG-GR USE Geometry
Roughing
Recommendation
Due to the strong cutting GR d = 3.0~8.0mm
edge, it is possible to machine f = 0.3~0.8mm/rev
with high feed rate for steel &
TURNING
cast iron.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 080408-GR 332 8.7 12.7 4.76 0.8
WWLNR/L 080412-GR 433 8.7 12.7 4.76 1.2
080416-GR 434 8.7 12.7 4.76 1.6
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
Turning Inserts
W type (80 )
WNMG-HA USE Geometry
Light & Medium
Low cutting load due to the sharp Recommendation
cutting edge.
Thanks to the special design on
cutting edge line, strength of cutting
HA d = 0.8~3.5mm
f = 0.1~0.4mm/rev
edge has been increased.
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-HA 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-HA 332 6.5 9.525 4.76 0.8
080404-HA 431 8.7 12.7 4.76 0.4
080408-HA 432 8.7 12.7 4.76 0.8
080412-HA 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 In case of carbide insert(H01), special treatment on top & bottom face : Stock Item : Under preparing for stock
of insert has been applied to get good chip flow property.
W type (80 )
WNMG-HC USE Geometry
Light & Medium
Recommendation
Good performance for copy
machining. HC d = 0.8~5.0mm
Effective chip breaker can cover f = 0.08~0.4mm/rev
the deviation of depth of cut,
from shallow to big.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-HC 331 6.5 9.525 4.76 0.4
WWLNR/L 080404-HC 431 8.7 12.7 4.76 0.4
080408-HC 432 8.7 12.7 4.76 0.8
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
93
Turning Inserts
W type (80 )
WNMG-HS USE Geometry
Recommendation
Exclusive chip breaker for
stainless steel.
Due to the special chip breaker
design to prevent notch wear on
cutting edge, insert tool life has
TURNING
been increased.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-HS 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-HS 332 6.5 9.525 4.76 0.8
060412-HS 333 6.5 9.525 4.76 1.2
080404-HS 431 8.7 12.7 4.76 0.4
080408-HS 432 8.7 12.7 4.76 0.8
080412-HS 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
Turning Inserts
W type (80 )
WNMG-HM USE Geometry
Medium
Recommendation
Comprehensive chip breaker
can cover from medium- HM d = 1.0~5.0mm
finishing to medium-roughing. f = 0.1~0.5mm/rev
Suitable chip breaker for CNC
machine.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC315K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-HM 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-HM 332 6.5 9.525 4.76 0.8
060412-HM 333 6.5 9.525 4.76 1.2
080404-HM 431 8.7 12.7 4.76 0.4
080408-HM 432 8.7 12.7 4.76 0.8
080412-HM 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
W type (80 )
WNMG-HR USE Geometry
Roughing
Recommendation
Good chip flow at high feed & HR d = 2.5~7.0mm
big depth of cut. f = 0.25~0.65mm/rev
Suitable chip breaker for
intermittent cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060408-HR 332 6.5 9.525 4.76 0.8
WWLNR/L 060412-HR 333 6.5 9.525 4.76 1.2
080408-HR 432 8.7 12.7 4.76 0.8
080412-HR 433 8.7 12.7 4.76 1.2
080416-HR 434 8.7 12.7 4.76 1.6
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
94
Turning Inserts
W type (80 )
WNMG-VF USE Geometry
Finishing
Recommendation
Good chip control performance
at various depth of cut. VF d = 0.3~2.5mm
Sharp & strong cutting edge f = 0.05~0.35mm/rev
due to the special chip breaker
TURNING
design.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-VF 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-VF 332 6.5 9.525 4.76 0.8
060412-VF 333 6.5 9.525 4.76 1.2
080404-VF 431 8.7 12.7 4.76 0.4
080408-VF 432 8.7 12.7 4.76 0.8
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
Turning Inserts
W type (80 )
WBGT USE Geometry
Recommendation
Wide chip control coverage
from light to medium cutting.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SWUBR/L WBGT 020102L 520.5 2.7 3.97 1.59 0.2 2.2
(Micro Boring Bar) S30202L 630.5 3.3 4.76 2.38 0.2 2.3
S30204L 631 3.3 4.76 2.38 0.4 2.3
P. 189 Similar designation : WBGT020100 WBGT060100 : Stock Item : Under preparing for stock
WBGTS30200 WBGT080200
95
Technical Guide for Aluminum Turning
Aluminum Threading Chip Breaker AK
Recommended Cutting Condition
d= 0.1~5.0
f= 0.03~0.5 /rev
Available Grades
H01 (Carbide, K10~K20)
ND1000 (Diamond coating)
PC230 (PVD coating, P15~P35, M15~M35)
Special Features
Inserts for Aluminum
1) Unique rake surface design of insert provides smooth chip flow
and excellent chip breaking at the same time, thus longer tool life
can be acquired due to the reduced cutting load.
2) High rake angle of main cutting edge reduce cutting load and
prolong tool life.
3) AK chip breaker equipped with mirror face on top face through
special buffing process. The mirror face prevent sticking of work
piece material on cutting edge and provide smooth chip flow.
High rake angle & wavy cutting Unique high rake angle design
edge design Effective chip control
Reduce cutting force Smooth chip flow Special design for shock-
absorbing
Good machining performance
Reduce build-up-edge
Smooth chip flow
3 Dimensional unique design on
top face
Fine surface finish & long tool life
Sharp cutting edge with wavy
cutting edge
Distribution of cutting load
Increase tool life
96
Aluminum Machining Chip Breaker TA
Recommended Cutting Condition
d= 0.1~6.0
f= 0.05~0.6 /rev
Available Grades
H01 (Carbide, K10~K20)
ND1000 (Diamond coating)
PD1000 (DLC coating)
Inserts for Aluminum
Special Features
1) Since TA chip breaker is a tougher version for aluminum
machining, excellent performance can be acquired at the
high feed, roughing applicaion.
Flat cutting edge can with-stand big
cutting load originated from high
Specially buffed top face
speed & high feed machining that
guarantee good chip flow
essencial for efficient machining.
without build up edge.
Duet to the unique step Special chip breaker design
design put on cutting edge makes it possible to get good
part, good chip flow and long chip flow.
tool life can be achieved.
97
Technical Guide for Aluminum Turning
Aluminum Machining Chip Breaker HA
Recommended Cutting Condition
Inserts for Aluminum
Special Features
Recommended Recommended Cutting Condition
Work piece Hardness
Grade Speed(m/min) Feed(mm/rev) Depth of cut(mm)
Aluminum and
20 125HB H01 200~800 0.1~0.4 0.5~4.0
Aluminum alloy
Reinforce cutting edge strength
Wide chip pocket & High rake angle
Increase the toughness of the main
Smooth chip evacuation
cutting edge
Prevent build-up-edge
Lead smooth chip flow at shallow
Reduce cutting force
depth of cut
Prevent chipping
2 step chip breaker
Curved wavy cutting edge Lead smooth chip curl.
Sharp cutting edge provides Reduce cutting force at high
effective shallow cutting speed, high feed machining
Excellent surface finish of work
piece and smooth cut
98
Inserts for Aluminum
C type (80 )
CCGT-AK USE Geometry
Aluminium Cutting
Recommendation
AK d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
TURNING
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
Designation
CX1794
CX1233
PC8010
PD1000
ASA
CN100
CN200
PC230
PC130
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
H10
SCACR/L CCGT 060202-AK 21.50.5 6.5 6.35 2.38 0.2 2.8
SCLCR/L 060204-AK 21.51 6.5 6.35 2.38 0.4 2.8
060208-AK 21.52 6.5 6.35 2.38 0.8 2.8
09T302-AK 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304-AK 32.51 9.7 9.525 3.97 0.4 4.4
09T308-AK 32.52 9.7 9.525 3.97 0.8 4.4
120402-AK 430.5 12.9 12.7 4.76 0.2 5.5
120404-AK 431 12.9 12.7 4.76 0.4 5.5
120408-AK 432 12.9 12.7 4.76 0.8 5.5
P. 149, 150, 176 : Stock Item : Under preparing for stock
Inserts for Aluminum
D type (55 )
DCGT-AK USE Geometry
Aluminium Cutting
Recommendation
AK d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
Designation
CX1794
CX1233
PC8010
PC9030
PD1000
ASA
CN100
CN200
PC230
PC130
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SDACR/L DCGT 070202-AK 21.50.5 7.8 6.35 2.38 0.2 2.8
SDJCR/L 070204-AK 21.51 7.8 6.35 2.38 0.4 2.8
SDNCN 11T302-AK 32.50.5 11.6 9.525 3.97 0.2 4.4
SDQCR/L 11T304-AK 32.51 11.6 9.525 3.97 0.4 4.4
SDUCR/L 11T308-AK 32.52 11.6 9.525 3.97 0.8 4.4
SDZCR/L 11T312-AK 32.53 11.6 9.525 3.97 1.2 4.4
P. 150, 151, 178 : Stock Item : Under preparing for stock
RCGT-AK USE Geometry
Aluminium Cutting
Recommendation
AK d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder t d1
CN20
d
CT10
ST10
G10
H01
SRDCN RCGT 0602M0-AK 6.0 2.38 2.2
SRGCR/L 0803M0-AK 8.0 3.18 3.35
1003M0-AK 10.0 3.18 4.0
10T3M0-AK 10.0 3.97 4.4
1204M0-AK 12.0 4.76 4.4
P. 152 : Stock Item : Under preparing for stock
99
Inserts for Aluminum
S type (90 )
SCGT-AK USE Geometry
Aluminium Cutting
Recommendation
AK d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
TURNING
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder (I=d) r d1
CN20
t
CT10
ST10
G10
H01
SSBCR/L SCGT 09T302-AK 32.50.5 9.525 3.97 0.2 4.4
SSDCN 09T304-AK 32.51 9.525 3.97 0.4 4.4
SSKCR/L 09T308-AK 32.52 9.525 3.97 0.8 4.4
SSSCR/L 120404-AK 431 12.7 4.76 0.4 5.5
120408-AK 432 12.7 4.76 0.8 5.5
120416-AK 434 12.7 4.76 1.6 5.5
P. 153~155, 175 : Stock Item : Under preparing for stock
Inserts for Aluminum
T type (60 )
TCGT-AK USE Geometry
Aluminium Cutting
Recommendation
AK d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
PC130
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STACR/L TCGT 090202-AK 1.81.50.5 9.6 5.56 2.38 0.2 2.5
STFCR/L 090204-AK 1.81.51 9.6 5.56 2.38 0.4 2.5
STGCR/L 110202-AK 21.50.5 11.0 6.35 2.38 0.2 2.8
STTCR/L 110204-AK 21.51 11.0 6.35 2.38 0.4 2.8
110208-AK 21.52 11.0 6.35 2.38 0.8 2.8
16T302-AK 32.50.5 16.5 9.525 3.97 0.2 4.4
16T304-AK 32.51 16.5 9.525 3.97 0.4 4.4
16T308-AK 32.52 16.5 9.525 3.97 0.8 4.4
16T312-AK 32.53 16.5 9.525 3.97 1.2 4.4
16T316-AK 32.54 16.5 9.525 3.97 1.6 4.4
P. 155, 156, 181 : Stock Item : Under preparing for stock
V type (35 )
VBGT-AK USE Geometry
Aluminium Cutting
Recommendation
d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVABR/L VBGT 110302-AK 220.5 11.0 6.35 3.18 0.2 2.8
SVJBR/L 110304-AK 221 11.0 6.35 3.18 0.4 2.8
SVVBN 110308-AK 222 11.0 6.35 3.18 0.8 2.8
SVQBR/L 160402-AK 330.5 16.5 9.525 4.76 0.2 4.4
SVUBR/L 160404-AK 331 16.5 9.525 4.76 0.4 4.4
160408-AK 332 16.5 9.525 4.76 0.8 4.4
160412-AK 333 16.5 9.525 4.76 1.2 4.4
P. 157, 158, 183 : Stock Item : Under preparing for stock
100
Inserts for Aluminum
V type (35 )
VCGT-AK USE Geometry
Aluminium Cutting
Recommendation
AK d = 0.1~5.0mm
f = 0.03~0.5mm/rev
Exclusive chip breaker for
TURNING
aluminum & aluminum alloy.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
Designation
CX1794
CX1233
PC8010
PC9030
PD1000
ASA
CN100
CN200
PC230
PC130
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVJCR/L VCGT 110301-AK 220 11.0 6.35 3.18 0.1 2.8
SVVCN 110302-AK 220.5 11.0 6.35 3.18 0.2 2.8
110304-AK 221 11.0 6.35 3.18 0.4 2.8
110308-AK 222 11.0 6.35 3.18 0.8 2.8
130302-AK 2.520.5 13.8 7.94 3.18 0.2 3.4
130304-AK 2.521 13.8 7.94 3.18 0.4 3.4
130308-AK 2.522 13.8 7.94 3.18 0.8 3.4
160402-AK 330.5 16.5 9.525 4.76 0.2 4.4
160404-AK 331 16.5 9.525 4.76 0.4 4.4
160408-AK 332 16.5 9.525 4.76 0.8 4.4
160412-AK 333 16.5 9.525 4.76 1.2 4.4
220516-AK 43.54 22.1 12.7 5.56 1.6 5.6
Inserts for Aluminum
220525-AK 43.56.3 22.1 12.7 5.56 2.5 5.6
220530-AK 43.57.6 22.1 12.7 5.56 3.0 5.6
P. 159, 184 : Stock Item : Under preparing for stock
C type (80 )
CCGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC6010
NC3010
NC3020
NC3030
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SCLCR/L CCGT 060202-TA 21.50.5 6.5 6.35 2.38 0.2 2.8
060204-TA 21.51 6.5 6.35 2.38 0.4 2.8
060208-TA 21.52 6.5 6.35 2.38 0.8 2.8
09T302-TA 32.50.5 9.7 9.525 3.97 0.2 4.4
09T304-TA 32.51 9.7 9.525 3.97 0.4 4.4
09T308-TA 32.52 9.7 9.525 3.97 0.8 4.4
120402-TA 430.5 12.9 12.7 4.76 0.2 5.5
120404-TA 431 12.9 12.7 4.76 0.4 5.5
120408-TA 432 12.9 12.7 4.76 0.8 5.5
120412-TA 433 12.9 12.7 4.76 1.2 5.5
P. 149, 150, 176 : Stock Item : Under preparing for stock
101
Inserts for Aluminum
D type (55 )
DCGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SDACR/L DCGT 070202-TA 21.50.5 7.8 6.35 2.38 0.2 2.8
SDJCR/L 070204-TA 21.51 7.8 6.35 2.38 0.4 2.8
SDUCR/L 070208-TA 21.52 7.8 6.35 2.38 0.8 2.8
SDQCR/L 11T302-TA 32.50.5 11.6 9.525 3.97 0.2 4.4
SDNCN 11T304-TA 32.51 11.6 9.525 3.97 0.4 4.4
SDZCR/L 11T308-TA 32.52 11.6 9.525 3.97 0.8 4.4
11T312-TA 32.53 11.6 9.525 3.97 1.2 4.4
P. 150, 181, 178, 179 : Stock Item : Under preparing for stock
Inserts for Aluminum
RCGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder t d1
CN20
d
CT10
ST10
G10
H01
RCGT 0602M0-TA 6.0 2.38 2.2
0803M0-TA 8.0 3.18 3.35
1003M0-TA 10.0 3.18 4.0
10T3M0-TA 10.0 3.97 4.4
1204M0-TA 12.0 4.76 4.4
P. 152 : Stock Item : Under preparing for stock
S type (90 )
SCGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder t r d1
CN20
I=d
CT10
ST10
G10
H1
SSBCR/L SCGT 09T304-TA 32.51 9.525 3.97 0.4 4.4
SSDCN 09T308-TA 32.52 9.525 3.97 0.8 4.4
SSKCR/L 120404-TA 431 12.7 4.76 0.4 5.5
SSSCR/L 120408-TA 432 12.7 4.76 0.8 5.5
120416-TA 434 12.7 4.76 1.6 5.5
P. 153~155, 175 : Stock Item : Under preparing for stock
102
Inserts for Aluminum
T type (60 )
TCGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
STACR/L TCGT 090202-TA 1.81.50.5 9.6 5.56 2.38 0.2 2.5
STKCR/L 090204-TA 1.81.51 9.6 5.56 2.38 0.4 2.5
STGCR/L 110202-TA 21.50.5 11.0 6.35 2.38 0.2 2.8
STTCR/L 110204-TA 21.51 11.0 6.35 2.38 0.4 2.8
110208-TA 21.52 11.0 6.35 2.38 0.8 2.8
16T302-TA 32.51 16.5 9.525 3.97 0.2 4.4
16T304-TA 32.51 16.5 9.525 3.97 0.4 4.4
16T308-TA 32.52 16.5 9.525 3.97 0.8 4.4
16T312-TA 32.53 16.5 9.525 3.97 1.2 4.4
16T316-TA 32.54 16.5 9.525 3.97 1.6 4.4
P. 155, 156, 181 : Stock Item : Under preparing for stock
Inserts for Aluminum
V type (35 )
VBGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVABR/L VBGT 110302-TA 220.5 11.0 6.35 3.18 0.2 2.8
SVJBR/L 110304-TA 220.5 11.0 6.35 3.18 0.4 2.8
SVVBN 110308-TA 220.5 11.0 6.35 3.18 0.8 2.8
SVQBR/L 160402-TA 330.5 16.5 9.525 4.76 0.2 4.4
SVUBR/L 160404-TA 331 16.5 9.525 4.76 0.4 4.4
160408-TA 332 16.5 9.525 4.76 0.8 4.4
160412-TA 333 16.5 9.525 4.76 1.2 4.4
P. 157, 158, 183 : Stock Item : Under preparing for stock
V type (35 )
VCGT-TA USE Geometry
Aluminium Cutting
Recommendation
TA d = 0.5~6.0mm
f = 0.05~0.6mm/rev
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r d1
CN20
d
CT10
ST10
G10
H01
SVJCR/L VCGT 110302-TA 220.5 11.0 6.35 3.18 0.2 2.8
SVVCN 110304-TA 221 11.0 6.35 3.18 0.4 2.8
110308-TA 222 11.0 6.35 3.18 0.8 2.8
130302-TA 2.520.5 13.8 7.94 3.18 0.2 3.4
130304-TA 2.521 13.8 7.94 3.18 0.4 3.4
130308-TA 2.522 13.8 7.94 3.18 0.8 3.4
160402-TA 330.5 16.5 9.525 4.76 0.2 4.4
160404-TA 331 16.5 9.525 4.76 0.4 4.4
160408-TA 332 16.5 9.525 4.76 0.8 4.4
160412-TA 333 16.5 9.525 4.76 1.2 4.4
220525-TA 43.56.3 22.1 12.7 5.56 2.5 5.6
220530-TA 43.576 22.1 12.7 5.56 3.0 5.6
P. 159, 184 : Stock Item : Under preparing for stock
103
Inserts for Aluminum
C type (80 )
CNM(M)G-HA USE Geometry
Aluminium Cutting
Low cutting load due to the sharp Recommendation
cutting edge.
HA d = 0.5~5.0mm
Thanks to the special design on
cutting edge line, strength of
cutting edge has been increased.
f = 0.05~0.5mm/rev
Suitable for machining of low carbon
TURNING
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PCBNR/L CNMG 120404-HA 431 12.9 12.7 4.76 0.4
PCLNR/L 120408-HA 432 12.9 12.7 4.76 0.8
120412-HA 433 12.9 12.7 4.76 1.2
CNMM 120408-HA 432 12.9 12.7 4.76 0.8
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
Inserts for Aluminum
D type (55 )
DNMG-HA USE Geometry
Aluminium Cutting
Low cutting load due to the sharp Recommendation
cutting edge.
HA d = 0.5~5.0mm
Thanks to the special design on
cutting edge line, strength of
cutting edge has been increased.
f = 0.05~0.5mm/rev
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PDJNR/L DNMG 150404-HA 431 15.5 12.7 4.76 0.4
PDNNR/L 150408-HA 432 15.5 12.7 4.76 0.8
150604-HA 441 15.5 12.7 6.35 0.4
150608-HA 442 15.5 12.7 6.35 0.8
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
S type (90 )
SNM(M)G-HA USE Geometry
Aluminium Cutting
Low cutting load due to the sharp Recommendation
cutting edge.
HA d = 0.5~5.0mm
Thanks to the special design on
cutting edge line, strength of
cutting edge has been increased.
f = 0.05~0.5mm/rev
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
CT10
ST10
G10
H01
PSBNR/L SNMG 120404-HA 431 12.7 4.76 0.4
PSDNN 120408-HA 432 12.7 4.76 0.8
PSKNR/L 120412-HA 433 12.7 4.76 1.2
PSSNR/L SNMM 120408-HA 432 12.7 4.76 0.8
P. 140, 141, 174 : Stock Item : Under preparing for stock
104
Inserts for Aluminum
T type (60 )
TNMG-HA USE Geometry
Aluminium Cutting
Low cutting load due to the sharp Recommendation
cutting edge.
HA d = 0.5~5.0mm
Thanks to the special design on
cutting edge line, strength of
cutting edge has been increased.
f = 0.05~0.5mm/rev
Suitable for machining of low carbon
TURNING
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PTFNR/L TNMG 160404-HA 331 16.5 9.525 4.76 0.4
PTGNR/L 160408-HA 332 16.5 9.525 4.76 0.8
PTTNR/L 220408-HA 432 22.0 12.7 4.76 0.8
WTJNR/L
WTXNR/L
P. 142~144, 175 : Stock Item : Under preparing for stock
Inserts for Aluminum
V type (35 )
VNM(G)G-HA USE Geometry
Aluminium Cutting
Low cutting load due to the sharp Recommendation
cutting edge.
HA d = 0.5~5.0mm
Thanks to the special design on
cutting edge line, strength of
cutting edge has been increased.
f = 0.05~0.5mm/rev
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
MVJNR/L VNGG 160408-HA 332 16.6 9.525 4.76 0.8
VNMG 160404-HA 331 16.6 9.525 4.76 0.4
160408-HA 332 16.6 9.525 4.76 0.8
P. 147, 148 : Stock Item : Under preparing for stock
W type (80 )
WNMG-HA USE Geometry
Aluminium Cutting
Low cutting load due to the sharp Recommendation
cutting edge.
HA d = 0.5~5.0mm
Thanks to the special design on
cutting edge line, strength of
cutting edge has been increased.
f = 0.05~0.5mm/rev
Suitable for machining of low carbon
steel, stainless steel and aluminum.
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC6010
NC9020
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I t r
CN20
d
CT10
ST10
G10
H01
PWLNR/L WNMG 060404-HA 331 6.5 9.525 4.76 0.4
WWLNR/L 060408-HA 332 6.5 9.525 4.76 0.8
080404-HA 431 8.7 12.7 4.76 0.4
080408-HA 432 8.7 12.7 4.76 0.8
080412-HA 433 8.7 12.7 4.76 1.2
P. 143, 145, 149, 175, 185 : Stock Item : Under preparing for stock
105
Technical Guide for C.B.N Inserts
Characteristics of KORLOY C.B.N
KORLOY C.B.N is made of Cubic Boron Nitride powder and special
ceramic binder. C.B.N can provide excellent cutting performance for
hardened steel and cast iron having high hardness. Since C.B.N can
get as good surface as grinded surface, using a C.B.N is very
effecitive on cost-saving by get rid of additional grinding process.
Suitable for sintered alloy, hard material, heat treated alloy
Excellent surface finish for hardened steel with high speed
machining
Excellent for cast iron high speed machining
Recommended Cutting Condition
Feed 1st Recommended
Work piece Speed(m/min) Depth(mm)
Turning(mm/rev) Milling(mm/tooth) Grade
C.B.N Inserts
Gray Cast Iron KB350
(180~230HB) 400 ~ 1000 0.1 ~ 0.5 0.10 ~ 1.0
KB360
Heat Treated Steel KB320
100 ~ 140 0.03 ~ 0.3 0.03 ~ 0.5
(over HRC45) KB330
High Temp Alloy
over HRC45) 50 ~ 180 0.05 ~ 0.2 0.1 ~ 1.0 KB360
Sintered Alloy 50 ~ 250 0.03 ~ 0.2 0.1 ~ 1.0 KB360
Carbide Roll, High speed steel Roll 45 ~ 60 0.6 ~ 0.8 2.0 ~ 4.0 KB360
Grades comparison chart
Heat Treated
MAKER Cast Iron Sintered Alloy ROLL High Temp Alloy
Steel
KB320 KB360 KB320 KB350 KB360
KORLOY KB330 KB350 KB350 KB360
KB360
MB820 MB420 MB730 MB730 MB730
MB825 MB710 MB710 MB710
MITSUBISHI
MB810 MB730
MB910
BX360 BX230 BX950 BX950 BX950
BX340 BX870 BX850
TOSHIBA
BX270 BX950
BX290 BX850
KT30N KT10 KT10C KT10
SOWHA
KT25 KT10C KT20C
DENKO
KT20C
BZN8100 BZN6000 BZN6000 BZN6000 BZN6000
G.E
BZN8200 BZN7000S
DBC50 AMBRITE AMBORITE
DE BEERS AMBRITE DBC50
DBC80
JBN300 JBN330
DIJET JBN330 JBN20
JBN10
KD060 KD120 KD200
KENNAMETAL
KD081
CB20 CB7050 CB50
SANDVIK CB7020 CB50
CB7050
106
C. B. N Inserts
Negative Type With Hole
CNMA USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PCLNR/L CNMA 120404 431 12.7 4.76 0.4 5.16
120408 432 12.7 4.76 0.8 5.16
120412 433 12.7 4.76 1.2 5.16
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
C.B.N Inserts
Negative Type With Hole
DNMA USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PDJNR/L DNMA 150404 431 12.7 4.76 0.4 5.16
PDNNR/L 150408 432 12.7 4.76 0.8 5.16
PDSNR/L 150412 433 12.7 4.76 1.2 5.16
PDUNR/L
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
Negative Type With Hole
SNMA USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PSBNR/L SNMA 120404 431 12.7 4.76 0.4 5.16
PSDNN 120408 432 12.7 4.76 0.8 5.16
PSKNR/L 120412 433 12.7 4.76 1.2 5.16
PSSNR/L
P. 140, 141, 174 : Stock Item : Under preparing for stock
107
C. B. N Inserts
Negative Type With Hole
TNMA USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PTFNR/L TNMA 160402 330.5 9.525 4.76 0.2 3.81
PTGNR/L 160404 331 9.525 4.76 0.4 3.81
PTTNR/L 160408 332 9.525 4.76 0.8 3.81
WTJNR/L 160412 333 9.525 4.76 1.2 3.81
WTXNR/L 220408 432 12.7 4.76 0.8 5.16
220412 433 12.7 4.76 1.2 5.16
P. 142~144, 175 : Stock Item : Under preparing for stock
C.B.N Inserts
Negative Type With Hole
VNMA USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
MVJNR/L VNMA 160404 331 9.525 4.76 0.4 3.81
160408 332 9.525 4.76 0.8 3.81
220408 432 12.7 4.76 0.8 5.16
P. 147, 148 : Stock Item : Under preparing for stock
Negative Type Without Hole
SNGN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
CSDNN SNGN 120408 432 12.7 4.76 0.8 -
CSKNR/L 120412 433 12.7 4.76 1.2 -
P. 163, 164 : Stock Item : Under preparing for stock
108
C. B. N Inserts
Negative Type Without Hole
SNGN-B USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
CSDNN SNGN 120408-B 432 12.7 4.76 0.8 -
CSKNR/L 120412-B 433 12.7 4.76 1.2 -
120416-B 434 12.7 4.76 1.6 -
P. 163, 164 : Stock Item : Under preparing for stock
C.B.N Inserts
Negative Type Without Hole
TNGN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
CTFNR/L TNGN 160404 331 9.525 4.76 0.4 -
CTGNR/L 160408 332 9.525 4.76 0.8 -
160412 333 9.525 4.76 1.2 -
P. 165, 166 : Stock Item : Under preparing for stock
Positive Type With Hole
TPGW USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
STFPR/L TPGW 110304 221 6.35 3.18 0.4 3.40
110308 222 6.35 3.18 0.8 3.40
160404 331 9.525 4.76 0.4 4.40
160408 332 9.525 4.76 0.8 4.40
160412 333 9.525 4.76 1.2 4.40
P. 182, 188 : Stock Item : Under preparing for stock
109
C. B. N Inserts
Positive Type With Hole
VBMW USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
SVABR/L VBMW 160404 331 9.525 4.76 0.4 4.40
SVJBR/L 160408 332 9.525 4.76 0.8 4.40
SVVBN
SVQBR/L
SVUBR/L
P. 157, 158, 183 : Stock Item : Under preparing for stock
C.B.N Inserts
Positive Type With Hole
VCMW USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
SVJCR/L VCMW 160404 331 9.525 4.76 0.4 4.40
160408 332 9.525 4.76 0.8 4.40
P. 159, 184 : Stock Item : Under preparing for stock
Positive Type Without Hole
SPGN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
SPGN 090304 321 9.525 3.18 0.4 -
090308 322 9.525 3.18 0.8 -
090312 323 9.525 3.18 1.2 -
120308 422 12.7 3.18 0.8 -
120312 423 12.7 3.18 1.2 -
: Stock Item : Under preparing for stock
110
C. B. N Inserts
Positive Type Without Hole
TPGN USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
TPGN 090204 1.81.51 5.56 2.38 0.4 -
090208 1.81.52 5.56 2.38 0.8 -
110304 221 6.35 3.18 0.4 -
110308 222 6.35 3.18 0.8 -
160304 321 9.525 3.18 0.4 -
160308 322 9.525 3.18 0.8 -
160312 323 9.525 3.18 1.2 -
220408 432 12.70 4.76 0.8 -
: Stock Item : Under preparing for stock
C.B.N Inserts
Positive Type Without Hole
TBGN-B USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
TBGN 060102-B 1.210.5 3.97 1.59 0.2 -
060104-B 1.211 3.97 1.59 0.4 -
060108-B 1.212 3.97 1.59 0.8 -
: Stock Item : Under preparing for stock
Negative Type With Hole
NU-CNMA USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PCLNR/L NU-CNMA 120404 431 12.7 4.76 0.4 5.16
120408 432 12.7 4.76 0.8 5.16
120412 433 12.7 4.76 1.2 5.16
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
111
C. B. N Inserts
Negative Type With Hole
NU-DNMA USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PDJNR/L NU-DNMA 150404 431 12.7 4.76 0.4 5.16
PDNNR/L 150408 432 12.7 4.76 0.8 5.16
PDSNR/L 150412 433 12.7 4.76 1.2 5.16
PDUNR/L
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
C.B.N Inserts
Negative Type With Hole
NU-SNMA USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PSBNR/L NU-SNMA 120404 431 12.7 4.76 0.4 5.16
PSDNN 120408 432 12.7 4.76 0.8 5.16
PSKNR/L 120412 433 12.7 4.76 1.2 5.16
PSSNR/L
P. 140, 141, 174 : Stock Item : Under preparing for stock
Negative Type With Hole
NU-TNMA USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
PTFNR/L NU-TNMA 160404 331 9.525 4.76 0.4 3.81
PTGNR/L 160408 332 9.525 4.76 0.8 3.81
PTTNR/L 160412 333 9.525 4.76 1.2 3.81
PTTNR/L
WTJNR/L
WTXNR/L
P. 142~144, 175 : Stock Item : Under preparing for stock
112
C. B. N Inserts
Negative Type With Hole
NU-VNMA USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
MVJNR/L NU-VNMA 160404 331 9.525 4.76 0.4 3.81
160408 332 9.525 4.76 0.8 3.81
160412 333 9.525 4.76 1.2 3.81
C.B.N Inserts
P. 147, 148 : Stock Item : Under preparing for stock
Negative Type Without Hole
NU-SNMN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
CSDNN NU-SNMN 120408 432 12.7 4.76 0.8 -
CSKNR/L 120412 433 12.7 4.76 1.2 -
P. 163, 164 : Stock Item : Under preparing for stock
113
C. B. N Inserts
Positive Type With Hole
NU-CC(P)GW USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
SCACR/L NU-CCGW 060202 21.50.5 6.35 2.38 0.2 2.8
SCLCR/L 060204 21.51 6.35 2.38 0.4 2.8
060208 21.52 6.35 2.38 0.8 2.8
09T302 32.50.5 9.525 3.97 0.2 4.4
09T304 32.51 9.525 3.97 0.4 4.4
09T308 32.52 9.525 3.97 0.8 4.4
SCLPR/L NU-CPGW 080202 2.51.50.5 7.94 2.38 0.2 3.4
080204 2.51.51 7.94 2.38 0.4 3.4
080208 2.51.52 7.94 2.38 0.8 3.4
090302 320.5 9.525 3.18 0.2 4.4
090304 321 9.525 3.18 0.4 4.4
090308 322 9.525 3.18 0.8 4.4
C.B.N Inserts
P. 149, 150, 176, 177 : Stock Item : Under preparing for stock
Positive Type With Hole
NU-DCGW USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
SDACR/L NU-DCGW 070202 21.50.5 6.35 2.38 0.2 2.8
SDJCR/L 070204 21.51 6.35 2.38 0.4 2.8
SDNCN 070208 21.52 6.35 2.38 0.8 2.8
SDQCR/L 11T302 32.50.5 9.525 3.97 0.2 4.4
SDUCR/L 11T304 32.51 9.525 3.97 0.4 4.4
SDZCR/L
11T308 32.52 9.525 3.97 0.8 4.4
P. 150, 151, 178, 179 : Stock Item : Under preparing for stock
114
C. B. N Inserts
Positive Type With Hole
NU-TPGW USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
STFPR/L NU-TPGW 080202 1.51.50.5 4.762 2.38 0.2 2.3
080204 1.51.51 4.762 2.38 0.4 2.3
080208 1.51.52 4.762 2.38 0.8 2.3
110202 21.50.5 6.35 2.38 0.2 2.8
110204 21.51 6.35 2.38 0.4 2.8
110208 21.52 6.35 2.38 0.8 2.8
110302 220.5 6.35 3.18 0.2 3.4
110304 221 6.35 3.18 0.4 3.4
110308 222 6.35 3.18 0.8 3.4
160404 331 9.525 4.76 0.4 4.4
160408 332 9.525 4.76 0.8 4.4
C.B.N Inserts
P. 182, 188 : Stock Item : Under preparing for stock
Positive Type Without Hole
NU-SPGN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
NU-SPGN 090304 321 9.525 3.18 0.4 -
090308 322 9.525 3.18 0.8 -
: Stock Item : Under preparing for stock
115
C. B. N Inserts
Positive Type Without Hole
NU-TPGN USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
KB320
KB330
KB350
KB360
KB420
Holder A t r
Size
NU-TPGN 110304 221 6.35 3.18 0.4 -
110308 222 6.35 3.18 0.8 -
160304 321 9.525 3.18 0.4 -
160308 322 9.525 3.18 0.8 -
C.B.N Inserts
: Stock Item : Under preparing for stock
116
Turning Inserts
117
Technical Guide for P.C.D tools
Characteristics of KORLOY P. C. D
Since KORLOY P.C.D product is produced through ultra high temperature and high pressure processing, it is equipped with
outstanding wear resistance and toughness at the same time. Variety of work pieces and cutting conditions can be covered by
several grades that made by diamond polycrystalline size control technology. You can expect excellent surface finish and
precise machining as well as long tool life with KORLOY P.C.D tools.
Excellent tool life for aluminum alloy and copper alloy.
Excellent tool life for ceramic, high-Si aluminum and rock or stone.
Excellent tool life for rubber, carbon, graphite and wood.
Recommended Cutting Condition
Feed Recommended Grade
Work piece Speed(m/min) Depth(mm)
Turning(mm/rev) Milling(mm/tooth) 1st 2nd
Aluminum alloy(4% ~ 8%Si) 1000 ~ 3000 0.1 ~ 0.6 ~3 DP150 DP200
Aluminum alloy(9% ~ 14%Si) 600 ~ 2500 0.1 ~ 0.5 ~3 DP150 DP200
Aluminum alloy(15% ~ 18%Si) 300 ~ 700 0.1 ~ 0.4 ~3 DP150 DP200
P.C.D Inserts
Cupper alloy ~ 1000 0.05 ~ 0.2 ~3 DP150 DP200
FRP ~ 1000 0.1 ~ 0.3 ~2 DP150 DP200
Wood ~ 4000 0.1 ~ 0.4 - DP150 DP200
Carbide 10 ~ 30 ~ 0.2 ~ 0.5 DP90 DP150
Grades comparison chart
Comparable grade
MAKER Grade Note
Superior in Wear resistance Equivalent grade Superior in Toughness
KD105 DP90 DP150
KENNAMETAL
KD100 DP90 DP150 DP200
MD230 DP150 DP200
MITSUBISHI MD220 DP90 DP150 DP200
MD205 DP90 DP150 DP200
CD10 DP90 DP150 DP200
SANDVIK
CD1810 DP90 DP150 DP200 CVD
PCD10 DP200
PCD20 DP90 DP150 DP200
SECO PCD30 DP90 DP150
PAX20 DP90 DP150 DP200
PAX30 DP90 DP150
STELLRAM TPC-21 DP90 DP200 CVD
DX120 DP90 / DP150 DP200
DX140 DP90 DP150 DP200
TOSHIBA
DX160 DP90 DP150 DP200
DX180 DP90 DP150
VC727 DP90 DP150 DP200
VALENITE VC728 DP90 DP200 / DP150
VC746 DP90 DP150 DP200
ISCAR ID5 DP150 DP200
118
P. C. D Inserts
Positive Type With Hole
CCMT USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
SCACR/L CCMT 060201 21.50 6.35 2.38 0.1 2.8
SCLCR/L 060202 21.50.5 6.35 2.38 0.2 2.8
060204 21.51 6.35 2.38 0.4 2.8
09T301 32.50 9.525 3.97 0.1 4.4
09T302 32.50.5 9.525 3.97 0.2 4.4
09T304 32.51 9.525 3.97 0.4 4.4
P. 149, 150, 176 : Stock Item : Under preparing for stock
P.C.D Inserts
Positive Type With Hole
CPMT USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
SCLPR/L CPMT 080202 2.51.50.5 7.94 2.38 0.2 3.4
080204 2.51.51 7.94 2.38 0.4 3.4
080208 2.51.52 7.94 2.38 0.8 3.4
090302 320.5 9.525 3.18 0.2 4.4
090304 321 9.525 3.18 0.4 4.4
090308 322 9.525 3.18 0.8 4.4
P. 177 : Stock Item : Under preparing for stock
Positive Type With Hole
DCMT USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
SDACR/L DCMT 070201 21.50 6.35 2.38 0.1 2.8
SDJCR/L 070202 21.50.5 6.35 2.38 0.2 2.8
SDNCN 070204 21.51 6.35 2.38 0.4 2.8
SDQCR/L 11T301 32.50 9.525 3.97 0.1 4.4
SDUCR/L 11T302 32.50.5 9.525 3.97 0.2 4.4
SDZCR/L 11T304 32.51 9.525 3.97 0.4 4.4
P. 150, 151, 178, 179 : Stock Item : Under preparing for stock
119
P. C. D Inserts
Positive Type With Hole
SCMT USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
SSBCR/L SCMT 070201 2.51.50 7.94 2.38 0.1 3.4
SSDCN 070202 2.51.50.5 7.94 2.38 0.2 3.4
SSKCR/L 070204 2.51.51 7.94 2.38 0.4 3.4
SSSCR/L 09T301 32.50 9.525 3.97 0.1 4.4
09T302 32.50.5 9.525 3.97 0.2 4.4
09T304 32.51 9.525 3.97 0.4 4.4
P. 153~155, 179 : Stock Item : Under preparing for stock
P.C.D Inserts
Positive Type With Hole
SPGW USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
SSKPR/L SPGW 090302 320.5 9.525 3.18 0.2 3.4
090304 321 9.525 3.18 0.4 3.4
090308 322 9.525 3.18 0.8 3.4
P. 180 : Stock Item : Under preparing for stock
Positive Type With Hole
TBGW USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
STUBR/L TBGW 060102 1.210.5 3.97 1.59 0.2 2.2
060104 1.211 3.97 1.59 0.4 2.2
P. 188 : Stock Item : Under preparing for stock
120
P. C. D Inserts
Positive Type With Hole
TCMT USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
STACR/L TCMT 090201 1.81.50 5.56 2.38 0.1 2.5
STFCR/L 090202 1.81.50.5 5.56 2.38 0.2 2.5
STGCR/L 090204 1.81.51 5.56 2.38 0.4 2.5
STTCR/L 110201 21.50 6.35 2.38 0.1 2.8
110202 21.50.5 6.35 2.38 0.2 2.8
110204 21.51 6.35 2.38 0.4 2.8
P.C.D Inserts
P. 155, 156, 181 : Stock Item : Under preparing for stock
Positive Type With Hole
TPMT USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
STFPR/L TPMT 110302 220.5 6.35 3.18 0.2 3.4
110304 221 6.35 3.18 0.4 3.4
110308 222 6.35 3.18 0.8 3.4
P. 182, 188 : Stock Item : Under preparing for stock
121
P. C. D Inserts
Positive Type With Hole
TPGW USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
STFPR/L TPGW 080202 1.51.50.5 4.76 2.38 0.2 2.4
080204 1.51.51 4.76 2.38 0.4 2.4
080208 1.51.52 4.76 2.38 0.8 2.4
110202 21.50.5 6.35 2.38 0.2 2.8
110204 21.51 6.35 2.38 0.4 2.8
110208 21.52 6.35 2.38 0.8 2.8
110300 210 6.35 3.18 0.05 3.4
110302 210.5 6.35 3.18 0.2 3.4
110304 211 6.35 3.18 0.4 3.4
110308 212 6.35 3.18 0.8 3.4
160402 330.5 9.525 4.76 0.2 4.4
160404 331 9.525 4.76 0.4 4.4
P.C.D Inserts
160408 332 9.525 4.76 0.8 4.4
160412 333 9.525 4.76 1.2 4.4
P. 182, 188 : Stock Item : Under preparing for stock
Positive Type With Hole
VCMT USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t r
DP90
Size
SVJCR/L VCMT 110301 220 6.35 3.18 0.1 2.8
110302 220.5 6.35 3.18 0.2 2.8
110304 221 6.35 3.18 0.4 2.8
110308 222 6.35 3.18 0.8 2.8
160408 332 9.525 4.76 0.8 4.4
160412 333 9.525 4.76 1.2 4.4
220520 43.55 12.7 5.56 2.0 5.5
220530 43.57.6 12.7 5.56 3.0 5.5
P. 159, 184 : Stock Item : Under preparing for stock
122
P. C. D Inserts
Positive Type Without Hole
SEGN USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA
DP150
DP200
Holder A t r
DP90
SEGN 070202 2.51.50.5 7.94 2.38 0.2
070204 2.51.51 7.94 2.38 0.4
070208 2.51.52 7.94 2.38 0.8
090302 320.5 9.525 3.18 0.2
090304 321 9.525 3.18 0.4
090308 322 9.525 3.18 0.8
120302 420.5 12.7 3.18 0.2
120304 421 12.7 3.18 0.4
120308 422 12.7 3.18 0.8
: Stock Item : Under preparing for stock
P.C.D Inserts
Positive Type Without Hole
SPGN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA
DP150
DP200
Holder A t r
DP90
SPGN 090302 320.5 9.525 3.18 0.2
090304 321 9.525 3.18 0.4
090308 322 9.525 3.18 0.8
120304 421 12.7 3.18 0.4
120308 422 12.7 3.18 0.8
120312 423 12.7 3.18 1.2
: Stock Item : Under preparing for stock
Positive Type Without Hole
TBGN-B USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA
DP150
DP200
Holder A t r
DP90
TBGN 060102-B 1.210.5 3.97 1.59 0.2
060104-B 1.211 3.97 1.59 0.4
060108-B 1.212 3.97 1.59 0.8
: Stock Item : Under preparing for stock
123
P. C. D Inserts
Positive Type Without Hole
TEGN USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA
DP150
DP200
Holder A t r
DP90
TEGN 110202 21.50.5 6.35 2.38 0.2
110204 21.51 6.35 2.38 0.4
110208 21.52 6.35 2.38 0.8
110302 220.5 6.35 3.18 0.2
110304 221 6.35 3.18 0.4
110308 222 6.35 3.18 0.8
160302 320.5 9.525 3.18 0.2
160304 321 9.525 3.18 0.4
160308 322 9.525 3.18 0.8
220404 431 12.7 4.76 0.4
220408 432 12.7 4.76 0.8
P.C.D Inserts
: Stock Item : Under preparing for stock
Positive Type Without Hole
TPGN USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA
DP150
DP200
Holder A t r
DP90
TPGN 090202 1.81.50.5 5.56 2.38 0.2
090204 1.81.51 5.56 2.38 0.4
090208 1.81.52 5.56 2.38 0.8
110302 220.5 6.35 3.18 0.2
110304 221 6.35 3.18 0.4
110308 222 6.35 3.18 0.8
160302 320.5 9.525 3.18 0.2
160304 321 9.525 3.18 0.4
160308 322 9.525 3.18 0.8
160312 323 9.525 3.18 1.2
: Stock Item : Under preparing for stock
124
P. C. D Inserts
Negative - Positive Type
CNMX USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t l r
DP90
Size
PCLNR/L CNMX 120404 431 12.7 4.76 5.7 0.4 5.16
120408 432 12.7 4.76 5.6 0.8 5.16
120412 433 12.7 4.76 5.6 1.2 5.16
P. 137, 145, 173, 190 : Stock Item : Under preparing for stock
P.C.D Inserts
Negative - Positive Type
DNMX USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t l r
DP90
Size
PDJNR/L DNMX 150404 431 12.7 4.76 6.2 0.4 5.16
PDNNR/L 150408 432 12.7 4.76 5.8 0.8 5.16
PDSNR/L 150412 433 12.7 4.76 5.4 1.2 5.16
PDUNR/L
P. 138, 146, 147, 173, 174 : Stock Item : Under preparing for stock
Negative - Positive Type
TNMX USE Geometry
Recommendation
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t l r
DP90
Size
PTFNR/L TNMX 160404 331 9.525 4.76 3.6 0.4 3.81
PTGNR/L 160408 332 9.525 4.76 3.3 0.8 3.81
PTTNR/L 160412 333 9.525 4.76 3.0 1.2 3.81
WTJNR/L
WTXNR/L
P. 142~144, 175 : Stock Item : Under preparing for stock
125
P. C. D Inserts
Negative - Positive Type
VNMX USE Geometry
Recommendation
TURNING
Grades (mm)
Available
Designation ASA Hole
DP150
DP200
Holder A t l r
DP90
Size
MVJNR/L VNMX 160402 330.5 9.525 4.76 6.9 0.2 3.81
160404 331 9.525 4.76 6.4 0.4 3.81
160408 332 9.525 4.76 5.6 0.8 3.81
160412 333 9.525 4.76 4.7 1.2 3.81
P. 147, 148 : Stock Item : Under preparing for stock
P.C.D Inserts
126
Turning Inserts
127
Turning Tool-holder Code System (ISO)
P S K N R
Clamping Method of Insert Insert Shape
Turning Tool-holders
Top and hole clamping Top and hole clamping
Top clamping without hole (Multi clamp, Pin and clamp) Hole clamping (Pin lock) Screw on (wedge clamp, Pin and clamp)
Holder Style Clearance angle of Insert
128
25 25 M 12
Hand of Tool Height of shank Width of shank
Turning Tool-holders
Length of holder Length of Insert cutting edge
(mm)
A - 32 H - 100 Q - 180
B - 40 J - 110 R - 200
C - 50 K - 125 S - 250
D - 60 L - 140 T - 300 x-special
E - 70 M - 150 U - 350
F - 80 N - 160 V - 400
G - 90 P - 170 W - 450
129
KORLOY Tool Holder Series
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
Lever lock system 2020-K12 3232-P16
2525-M12 3232-P19 CN 1204
PCBNR/L 1606
2525-M16 4040-S19
1906
P. 137 P. 48~53, 104, 107, 111, 125
PCLNR/L 1616-H09 2525-M16
1616-H12 3232-P16 CN 0903
2020-K09 3232-P19 1204
1606
2525-M09 4040-P19 1906
2020-K12 4040-S19 2509
2525-M12 4040-S25
P. 137 3232-P12 P. 48~53, 104, 107, 111, 125
PDJNR/L 1616-H11 2020-K15-3
2020-K11 2525-M15-3 DN 1104
2525-M11 3232-P15-3 1504
2020-K15 1506
2525-M15
P. 138 3232-P15 P. 55~60, 104, 112, 125
Turning Tool-holders
PDNNR/L 2525-M15
4025-M15
DN 1504
3232-P15
1506
2525-M15-3
4025-M15-3
P. 138 P. 55~60, 104, 112, 125
PRDCN 2020-M10
2525-M12
RCMX 1003
1204
P. 139 P. 62
PRGCR/L 2020-K10
2525-M10
RCMX 1003
2020-K12
1204
2525-M12
P. 139 P. 62
PSBNR/L 1616-H09 2525-M15 SN 0903
2020-K09 3232-P15 1204
2020-K12 3232-P19 1506
2525-M12 4040-S19 1906
3225-P12 4040-S25 2507
P. 140 3232-P12 P. 63~70, 104, 107, 112
PSDNN 1616-H09 3232-P15 SN 0903
2020-K12 3232-P19 1204
2525-M12 4040-S19 1506
3232-P12 4040-S25 1906
2507
P. 140 P. 63~70, 104, 107, 112
PSKNR/L 1616-H09 2525-M15
2020-K09 3232-P15 SN 0903
1204
2020-K12 3232-P19
1506
2525-M12 4040-S19 1906
3232-P12
P. 141 P. 63~70, 104, 107, 112
PSSNR/L 1616-H09 3232-P15
2020-K12 3232-P19 SN 0903
1204
2525-M12 4040-S19
1506
3232-P12 4040-R19 1906
2525-M15 4040-S25
P. 141 P. 63~70, 104, 107, 112
130
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
Lever lock system 1616-H16 3232-P22
2020-K16 3232-P27 TN 1604
PTFNR/L
2525-M16 4040-S27 2204
2525-M22 2706
P. 142 P. 75~82, 105, 108, 112, 125
PTGNR/L 1616-H11 3232-P16
2020-K11 2525-M22 TN 1103
1604
2525-M11 3232-P22
2204
1616-H16 3232-P27 2706
2020-K16 4040-S27
P. 142 2525-M16 P. 75~82, 105, 108, 112, 125
PTTNR/L 1616-H16
2020-K16
TN 1604
2525-M22
2204
P. 143 P. 75~82, 105, 108, 112, 125
Turning Tool-holders
PWLNR/L 1616-H06
2020-K06
WN 0604
2525-M06
0804
2020-K08
2525-M08
P. 143 P. 91~95, 105
Wedge clamp system 2020-K16 2525-M22
2525-M16 3232-P22
WTJNR/L TN 1604
3232-P16
2204
P. 144 P. 75~82, 105, 108, 112, 125
WTXNR/L 2020-K16
2525-M16
3232-P16 TN 1604
P. 144 P. 75~82, 105, 108, 112, 125
WWLNR/L 2020-K08
2525-M08
WN 0804
P. 145 P. 91~95, 105
Multi lock system 2525-M12
2525-M16
MCLNR/L CN 1204
3232-P12
1606
3232-P16
P. 145 P. 48~53, 104, 107, 111, 125
MDJNR/L 2020-K15-3
2525-M15-3
DN 1504
P. 146 P. 55~60, 104, 112, 125
MDNNN 2525-M15-3
DN 1504
P. 146 P. 55~60, 104, 112, 125
131
KORLOY Tool Holder Series
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
MDQNR/L 2525-M15
DN 1506
P. 147 P. 55~60, 104, 112, 125
MVJNR/L 2020-K16
2525-M16
VN 1604
P. 147 P. 87~89, 105, 108, 113, 126
MVQNR/L 2020-K16
2525-M16
VN 1604
P. 148 P. 87~89, 105, 108, 113, 126
Turning Tool-holders
MVVNN 2020-K16
2525-M16
VN 1604
P. 148 P. 87~89, 105, 108, 113, 126
MWLNR/L 2020-K08
2525-M08
WN 0804
P. 149 P. 91~95, 105
Screw on system 1010-E06
1212-F09
SCACR/L CC T 0602
09T3
P. 149 P. 48, 53, 54, 99, 101, 114, 119
SCLCR/L 0808-E06
1010-E06 CC T 0602
1212-F09 09T3
1616-H09 1204
2020-K12
P. 150 2525-M12 P. 48, 53, 54, 99, 101, 114, 119
SDACR/L 1010-E07
1212-F11
DC T 0702
1616-H11 11T3
P. 150 P. 60, 61, 99, 102, 114, 119
SDJCR/L 1010-E07
1212-F07
DC T 0702
1616-H11 11T3
2020-K11
2525-M11
P. 151 P. 60, 61, 99, 102, 114, 119
SDNCN 1010-E07
1212-F07
DC T 0702
1212-H11 11T3
1616-H11
2020-K11
P. 151 P. 60, 61, 99, 102, 114, 119
132
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
SRGCR/L 1010-E06 1616-H10
1212-F06 2020-K10 RC T 0602M0
RC T 0803M0
1616-H06 2525-M10 RC T 1003M0
1616-H08 2020-K12 RC T 1204M0
2020-K08 2525-M12
P. 152 2525-M08 P. 99
SRDCN 1010-E06 1616-H10
RC T 0602M0
1212-F06 2020-K10
RC T 0803M0
1616-H06 2525-M10 RC T 1003M0
1616-H08 2020-K12 RC T 1204M0
2020-K08 2525-M12
P. 152 2525-M08 P. 102
SSBCR/L 1212-F09
1616-H09
SC T 09T3
2020-K12 1204
P. 153 P. 71, 72, 100, 102, 120
Turning Tool-holders
SSDCN 1212-F09
1616-H09
SC T 09T3
P. 153 P. 71, 72, 100, 102, 120
SSKCR/L 1616-H09
SC T 09T3
P. 154 P. 71, 72, 100, 102, 120
SSSCR/L 1616-H09
2020-K12
SC T 09T3
1204
P. 154 P. 71, 72, 100, 102, 120
STACR/L 1010-E09
1212-F11
TC T 0902
1102
P. 155 P. 83, 84, 100, 103, 121
STFCR/L 1010-E09
1212-F11 TC T 0902
1616-H11 1102
1616-H16 16T3
2020-K16
P. 155 P. 83, 84, 100, 103, 121
STGCR/L 0808-D09
1010-E09 TC T 0902
1212-F11 1102
1616-H11 16T3
2020-K16
P. 156 2525-M16 P. 83, 84, 100, 103, 121
STTCR/L 1616-H11
1616-H16
TC T 1102
2020-K16 16T3
P. 156 P. 83, 84, 100, 103, 121
133
KORLOY Tool Holder Series
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
SVABR/L 1616-H16
2020-K16
VB T 1604
P. 157 P. 90, 91, 100, 103, 110
SVHBR/L 2525-M16
3225-P16
VB T 1604
P. 157 P. 90, 91, 100, 103, 110
SVJBR/L 1212-F11 2020-H16
1616-H11 2525-M16
VB T 1102
2020-K11 1604
1616-H16
P. 158 P. 90, 91, 100, 110
Turning Tool-holders
SVVBN 1212-F11
1616-H11
VB T 1102
2020-K11
1604
1616-H16
2020-K16
P. 158 2525-M16 P. 90, 91, 100, 110
SVJCR/L 1212-F11 2020-K13
1616-H11 1616-H16 VC T 1103
2020-K11 2020-K16 VC T 1303
1212-F13 2525-M16 VC T 1604
1616-H13
P. 159 P. 90, 91, 101, 103, 110, 122
SVVCN 1212-F11 2020-K13
1616-H11 1616-H16 VC T 1103
2020-K11 2020-K16 VC T 1303
1212-F13 2525-M16 VC T 1604
1616-H13
P. 159 P. 90, 91, 101, 103, 110, 122
SWACR/L 1010-E04
1212-F04 WC T 0402
1616-H06 06T3
2020-K08 0804
P. 160
Clamp on system 2020-K12C
2525-M12C
CCLNR/L 3225-P12C
CNGN 1204
1207
P. 160
2020-K16
2525-M16
CKJNR/L KN 1604
3232-P16
4040-R16
P. 161 P. 61
CKNNR/L 2525-M16
3232-P16
KN 1604
P. 161 P. 61
134
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
CRDNN 2020-K12C
2525-M12C
RNGN 1204
3225-P12C 1207
P. 162
CRGNR/L 2020-K12C
2525-M12C
RNGN 1204
3225-P12C 1207
P. 162
CSDNN 2020-K12C
2525-M12C
SN N 1204
3225-P12C
1207
P. 163 P. 64, 71, 108, 109, 113
Turning Tool-holders
CSDPN 1616-H09
2525-M12
SP R 0903
1203
P. 163 P. 73, 74
CSKNR/L 2020-K12C
2525-M12C
SN N 1204
3225-P12C
1207
P. 164 P. 64, 71, 108, 109, 113
CSKPR/L 2525-M12
SP R 1203
P. 164 P. 73, 74
CTFNR/L 2020-K16C
2525-M16C
TN N 1604
3225-P16C 1607
P. 165 P.109,
P. 81, 82, 113
176, 177
CTFPR/L 2020-K16
2525-M16
TP R 1603
P. 165 P. 85
CTGNR/L 2020-K16C
2525-M16C
TN N 1604
3225-P16C 1607
P. 166 P. 109, 176, 177
CTGPR/L 1212-F11 2525-M22
1616-H11 3232-P22 TP R 1103
2020-K11 1603
2020-K16 2204
2525-M16
P. 166 P. 85
135
KORLOY Tool Holder Series
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
EH 620
625
ESB 34
P. 167 P. 200
Turning Tool-holders
136
Lever Lock System
PCBNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment B style, Lead angle 75 Turning
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PCBNR/L 2020-K12 20 20 125 17 20 27
Turning Tool-holders
2525-M12 25 25 150 22 25 27 CN 1204 LV4 VHX0821 SC42 SP4 HW30L
3225-P12 32 25 170 22 32 27
2525-M16 25 25 150 22 25 33
CN 1606 LV5 VHX0825 SC53 SP5 HW30L
3232-P16 32 32 170 27 32 33
3232-P19 32 32 170 27 32 38
CN 1906 LV6 VHX1027 SC63 SP6 HW40L
4040-S19 40 40 250 35 40 38
4040-S25 40 40 250 35 40 45 CN 2509 LV8 VHX1236 SC83 SP8 HW50L
* Model Insert : r=0.8(I=12) r=1.2(I=16, 19) r=2.4(I=25) P. 48~53, 104, 107, 111, 125 : Stock Item : Under preparing for stock
PCLNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PCLNR/L 1616-H09 16 16 100 20 16 20
2020-K09 20 20 125 25 20 22 CN 0903 LV3 VHX0617 SC32 SP10 HW25L
2525-M09 25 25 150 32 25 22
1616-H12 16 16 100 20 16 28
2020-K12 20 20 125 25 20 28
2525-M12 25 25 150 32 25 28 CN 1204 LV4 VHX0821 SC42 SP4 HW30L
3225-P12 32 25 170 32 32 28
3232-P12 32 32 170 40 32 28
2525-M16 25 25 150 32 25 33 CN 1606 LV5 VHX0825 SC53 SP5 HW30L
3232-P16 32 32 170 40 32 33
2525-M19 25 25 150 32 25 38
3225-P19 32 25 170 32 32 38
3232-P19 32 32 170 40 32 38 CN 1906 LV6 VHX1027 SC63 SP6 HW40L
4040-S19 40 40 250 50 40 38
4040-P19 40 40 170 50 40 38
4040-S25 40 40 250 50 40 45
CN 2509 LV8 VHX1236 SC83 SP8 HW50L
5050-T25 50 50 300 60 50 45
* Model Insert : r=0.8(I=12) r=1.2(I=16, 19) r=2.4(I=25) P. 48~53, 104, 107, 111, 125 : Stock Item : Under preparing for stock
137
Lever Lock System
PDJNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Facing, Copy
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PDJNR/L 1616-H11 16 16 100 20 16 25
Turning Tool-holders
2020-K11 20 20 125 25 20 25 DN 1104 LV3 VHX0617 SD317 SP3 HW25L
2525-M11 25 25 150 32 25 30
2020-K15 20 20 125 25 20 35
2525-M15 25 25 150 32 25 35
DN 1506 LV4B VHX0821 SD42 SP4 HW30L
3225-P15 32 25 170 32 32 35
3232-P15 32 32 170 40 32 35
2020-K15-3 20 20 125 25 20 35
2525-M15-3 25 25 150 32 25 35 DN 1504 LV4 VHX0821 SD42 SP4 HW30L
3232-P15-3 32 32 170 40 32 35
* Model Insert : r=0.8 P. 55~60, 104, 112, 125 : Stock Item : Under preparing for stock
PDNNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment N style, Lead angle 63 Turning, Copy
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PDNNR/L 2020-K15 20 20 125 8 20 37
2525-M15 25 25 150 12.5 25 37
DN 1506 LV4B VHX0821 SD42 SP4 HW30L
4025-M15 40 25 150 12.5 40 37
3232-P15 32 32 170 16 32 37
2525-M15-3 25 25 150 12.5 25 37
DN 1504 LV4 VHX0821 SD42 SP4 HW30L
4025-M15-3 40 25 150 12.5 40 37
* Model Insert : r=0.8 P. 55~60, 104, 112, 125 : Stock Item : Under preparing for stock
138
Lever Lock System
PRDCN
TURNING
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment D style Turning, Copy
(mm)
Designation Stock H W L* S* h Lever Screw Shim Shim Pin Wrench
PRDCN 2020-M10 20 20 150 15 20 22 LR10 VHX0514 SR10 SP10 HW20L
RCMX 1003 M0
2525-M10 25 25 150 17.5 25 24
Turning Tool-holders
2525-M12 25 25 150 18.5 25 24
2020-K12 20 20 125 16 20 24 RCMX 1204 M0 LR12 VHX0617 SR12 SP10 HW25L
3225-Q12 32 25 180 18.5 32 24
2525-Q16 25 25 180 20.5 25 30
3225-Q16 32 25 180 20.5 32 30 RCMX 1606 M0 LR16 VHX0621 SR16 SP16T HW25L
3232-Q16 32 32 180 24 32 35
3232-Q20 32 32 180 26 32 40 RCMX 2006 M0 LR20 VHX0823 SR20 SP20T HW30L
4040-S25 40 40 250 32.5 40 42
RCMX 2507 M0 LR25 VHX1030 SR25 SP25T HW40L
4040-T25 40 40 300 32.5 40 42
5050-U32 50 50 350 41 50 52 RCMX 3209 M0 LR32 VHX1236 SR32 SP32T HW50L
P. 62 : Stock Item : Under preparing for stock
PRGCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style Turning, Facing, Copy
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PRGCR/L 2020-K10 20 20 125 25 20
RCMX 1003 M0 LR10 VHX0514 SR10 SP10 HW20L
2525-M10 25 25 150 32 25
2020-K12 20 20 125 25 20
2525-M12 25 25 150 32 25 RCMX 1204 M0 LR12 VHX0617 SR12 SP10 HW25L
3225-P12 32 25 170 32 32
2525-M16 25 25 150 32 25
RCMX 1606 M0 LR16 VHX0621 SR16 SP16T HW25L
3225-P16 32 25 170 32 32
3232-P20 32 32 170 40 32 RCMX 2006 M0 LR20 VHX0823 SR20 SP20T HW30L
4040-S25 40 40 250 50 40 RCMX 2507 M0 LR25 VHX1030 SR25 SP25T HW40L
P. 62 : Stock Item : Under preparing for stock
139
Lever Lock System
PSBNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment B style, Lead angle 75 Turning
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PSBNR/L 1616-H09 16 16 100 13 16 21
20 20 125 17 20 23 SN 0903 LV3 VHX0617 SS32 SP10 HW25L
2020-K09
Turning Tool-holders
2020-K12 20 20 125 17 20 28
2525-M12 25 25 150 22 25 28
32 25 170 22 32 28 SN 1204 LV4 VHX0821 SS42 SP4 HW30L
3225-P12
3232-P12 32 32 170 27 32 28
2525-M15 25 25 150 22 25 35
32 32 170 27 32 35 SN 1506 LV5 VHX0825 SS53 SP5 HW30L
3232-P15
3232-P19 32 32 170 27 32 40
40 40 250 35 40 40 SN 1906 LV6 VHX1027 SS63 SP6 HW40L
4040-S19
4040-S25 40 40 250 35 40 50
SN 2507 LV8 VHX1236 SS84 SP8 HW50L
5050-T25 50 50 300 43 50 50
* Model Insert : r=0.8(I=12) r=1.2(I=15, 19) r=2.4(I=25) P. 63~70, 104, 107, 112 : Stock Item : Under preparing for stock
PSDNN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment D style, Lead angle 45 Turning, Chamfering
(mm)
Designation Stock H W L* S* h Lever Screw Shim Shim Pin Wrench
PSDNN 1616-H09 16 16 100 8 16 23 SN 0903 LV3 VHX0617 SS32 SP10 HW25L
2020-K12 20 20 125 10 20 30
2525-M12 25 25 150 12.5 25 30
SN 1204 LV4 VHX0821 SS42 SP4 HW30L
3225-P12 32 25 170 12.5 32 30
3232-P12 32 32 170 16 32 40
2525-M15 25 25 150 12.5 25 40
SN 1506 LV5 VHX0825 SS53 SP5 HW30L
3232-P15 32 32 170 16 32 40
3225-P19 32 25 170 12.5 32 40
3232-P19 32 32 170 16 32 40 SN 1906 LV6 VHX1027 SS63 SP6 HW40L
4040-S19 40 40 250 20 40 40
4040-S25 40 40 250 20 40 50
SN 2507 LV8 VHX1236 SS84 SP8 HW50L
5050-T25 50 50 300 25 50 50
* Model Insert : r=0.8(I=12) r=1.2(I=15, 19) r=2.4(I=25) P. 63~70, 104, 107, 112 : Stock Item : Under preparing for stock
140
Lever Lock System
PSKNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Turning
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PSKNR/L 1616-H09 16 16 100 20 16 17
SN 0903 LV3 VHX0617 SS32 SP10 HW25L
Turning Tool-holders
2020-K09 20 20 125 25 20 20
2020-K12 20 20 125 25 20 26
2525-M12 25 25 150 32 25 26 SN 1204 LV4 VHX0821 SS42 SP4 HW30L
3232-P12 32 32 170 40 32 26
2525-M15 25 25 150 32 25 32
SN 1506 LV5 VHX0825 SS53 SP5 HW30L
3232-P15 32 32 170 40 32 32
3232-P19 32 32 170 40 32 36
SN 1906 LV6 VHX1027 SS63 SP6 HW40L
4040-S19 40 40 250 50 40 40
4040-S25 40 40 250 50 40 44 SN 2507 LV8 VHX1236 SS84 SP8 HW50L
* Model Insert : r=0.8(I=12) r=1.2(I=15, 19) r=2.4(I=25) P. 63~70, 104, 107, 112 : Stock Item : Under preparing for stock
PSSNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment S style, Lead angle 45 Turning, Facing, Chamfering
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PSSNR/L 1616-H09 16 16 100 20 16 25 SN 0903 LV3 VHX0617 SS32 SP10 HW25L
2020-K12 20 20 125 25 20 30
2525-M12 25 25 150 32 25 36
SN 1204 LV4 VHX0821 SS42 SP4 HW30L
3225-P12 32 25 170 32 32 45
3232-P12 32 32 170 40 32 40
2525-M15 25 25 150 32 25 36
SN 1506 LV5 VHX0825 SS53 SP5 HW30L
3232-P15 32 32 170 40 32 45
3232-P19 32 32 170 40 32 45
4040-S19 40 40 250 50 40 50 SN 1906 LV6 VHX1027 SS63 SP6 HW40L
4040-R19 40 40 200 50 40 50
4040-S25 40 40 250 50 40 50 SN 2507 LV8 VHX1236 SS84 SP8 HW50L
* Model Insert : r=0.8(I=12) r=1.2(I=15, 19) r=2.4(I=25) P. 63~70, 104, 107, 112 : Stock Item : Under preparing for stock
141
Lever Lock System
PTFNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 90 Facing
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PTFNR/L 1616-H16 16 16 100 20 16 20
Turning Tool-holders
2020-K16 20 20 125 25 20 20 TN 1604 LV3 VHX0617 ST317 SP3 HW25L
2525-M16 25 25 150 32 25 20
2525-M22 25 25 150 32 25 25
TN 2204 LV4 VHX0821 ST42 SP4 HW30L
3232-P22 32 32 170 40 32 25
3232-P27 32 32 170 40 32 34
TN 2706 LV5 VHX0825 ST53 SP5 HW30L
4040-S27 40 40 250 50 40 34
* Model Insert : r=0.8(I=16, 22) r=1.2(I=27) P. 75~82, 105, 108, 112, 125 : Stock Item : Under preparing for stock
PTGNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style, Lead angle 90 Turning
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PTGNR/L 1212-F11 12 12 80 16 12 16
1616-H11 16 16 100 20 16 18 TN 1103 LV2 VHX0509B HW20L
2020-K11 20 20 125 25 20 19
2525-M11 25 25 150 32 25 20
1616-H16 16 16 100 20 16 20
2020-K16 20 20 125 25 20 20 TN 1604 LV3 VHX0617 ST317 SP3 HW25L
2525-M16 25 25 150 32 25 20
3232-P16 32 32 170 40 32 20
2525-M22 25 25 150 32 25 28 TN 2204 LV4 VHX0821 ST42 SP4 HW30L
3232-P22 32 32 170 40 32 28
3232-P27 32 32 170 40 32 33 TN 2706 LV5 VHX0825 ST53 SP5 HW30L
4040-S27 40 40 250 50 40 33
* Model Insert : r=0.8(I=16, 22) r=0.4(I=11) r=1.2(I=27) P. 75~82, 105, 108, 112, 125 : Stock Item : Under preparing for stock
142
Lever Lock System
PTTNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment T style, Lead angle 60 Turning, Chamfering
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PTTNR/L 1616-H16 16 16 100 13 16 25
Turning Tool-holders
2020-K16 20 20 125 17 20 25 TN 1604 LV3 VHX0617 ST317 SP3 HW25L
2525-M16 25 25 150 22 25 32
2525-M22 25 25 150 22 25 32 TN 2204 LV4 VHX0821 ST42 SP4 HW30L
* Model Insert : r=0.8(I=16, 22) P. 75~82, 105, 108, 112, 125 : Stock Item : Under preparing for stock
PWLNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock
Designation H W L* S* h Lever Screw Shim Shim Pin Wrench
PWLNR/L 1616-H06 16 16 100 20 16 20
2020-K06 20 20 125 25 20 20 WN 0604 LV3 VHX0617 SW317 SP3 HW25L
2525-M06 25 25 150 32 25 20
2020-K08 20 20 125 25 20 26
WN 0804 LV4 VHX0821 SW42 SP4 HW30L
2525-M08 25 25 150 32 25 26
* Model Insert : r=0.8 P. 91~95, 105 : Stock Item : Under preparing for stock
143
Wedge Clamp on System
WTJNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Facing, Copy
(mm)
Stock Wedge Stopper
Designation H W L* S* h Screw Shim Pin Nut Washer Wrench
Clamp Ring
WTJNR/L 2020-K16 20 20 125 25 20 33
Turning Tool-holders
2525-M16 25 25 150 32 25 33 MHX SP3M-1 HW25L
TN 1604 CMH5R1 ER04 ST32M N0407 WA4
3225-P16 32 25 170 32 32 33 0523 SP3M HW30L
3232-P16 32 32 170 40 32 33
2525-M22 25 25 150 32 25 35 MHX
TN 2204 CMH6R1 ER04 ST43M SP4M N0508 WA3 HW30L
3232-P22 32 32 170 40 32 35 0626
* Model Insert : r=0.8 P. 75~82, 105, 108, 112, 125 : Stock Item : Under preparing for stock
WTXNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment X style, Lead angle 105 Turning, Facing, Copy
(mm)
Stock Wedge Stopper
Designation H W L* S* h Screw Shim Pin Nut Washer Wrench
Clamp Ring
WTXNR/L 2020-K16 20 20 125 25 20 30
MHX SP3M-1 HW25L
2525-M16 25 25 150 32 25 33 TN 1604 CMH5R1 ER04 ST32M N0407 WA4
0523 SP3M HW30L
3232-P16 32 32 170 40 32 33
* Model Insert : r=0.8 P. 75~82, 105, 108, 112, 125 : Stock Item : Under preparing for stock
144
Wedge Clamp on System / Multi Lock System
WWLNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock Wedge
Designation H W L* S* h Screw Stopper Shim Pin Nut Wrench
Clamp Ring
WWLNR/L 2020-K08 20 20 125 25 20 32 CMH6R/ 3 SP2M HW30L
Turning Tool-holders
2525-M08 25 25 150 32 25 33 WN 0804 CMH6R2 MHX0630 CR05 SW43M SP4M N0508 HW40L
3232-P08 32 32 170 40 32 33 CMH6R2 SP4M
* Model Insert : r=0.8 P. 91~95, 105 : Stock Item : Under preparing for stock
MCLNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock
Designation H W L* S* h Clamp Screw Shim Pin Wrench
MCLNR/L 2020-K12 20 20 125 25.0 20 32
2525-M12 25 25 150 32.0 25 32 HW30L
CN 1204 CDH6N DHA1/4-25 SC43D SP4D
3225-P12 32 25 170 32.0 32 32 HW23.8L
3232-P12 32 32 170 40.0 32 32
2525-M16 25 25 150 32.0 25 33
HW40L
3232-P16 32 32 170 40.0 32 33 CN 1606 CDH8N DHA5/16-32 SC53D SP5D
HW30L
4040-S16 40 40 250 50.0 40 33
2525-M19 25 25 150 32.0 25 38
HW40L
3232-P19 32 32 170 40.0 32 38 CN 1906 CDH8N DHA5/16-32 SC63D SP6D
HW35L
4040-S19 40 40 250 50.0 40 38
4040-S25 40 40 250 50.0 40 38 CN 2507 HW40L
CDH8N3 DHA3/8-35 SC83D SP8D HW50L
* Model Insert : r=0.8(I=12) r=1.2(I=16, 19) r=2.4(I=25) P. 48~53, 104, 107, 111, 125 : Stock Item : Under preparing for stock
145
Multi Lock System
MDJNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Facing, Copy
(mm)
Stock
Designation H W L* S* h Clamp Screw Shim Pin Wrench
MDJNR/L 2020-K11 20 20 125 25.0 20 32 HW30L
DN 1104 CDH6N DHA1/4-19 SD32D SP3D
Turning Tool-holders
2525-M11 25 25 150 32.0 25 32 HW23.8L
2020-K15-3 20 20 125 25.0 20 36
HW30L
2525-M15-3 25 25 150 32.0 25 36 DN 1504 CDH6N DHA1/4-25 SD43D SP4D
HW23.8L
3232-P15-3 32 32 170 40.0 32 36
* Model Insert : r=0.8 P. 55~60, 104, 112, 125 : Stock Item : Under preparing for stock
MDNNN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment N style, Lead angle 62.5 Turning, Copy
(mm)
Designation Stock H W L* S* h Clamp Screw Shim Pin Wrench
MDNNN 2525-M15-3 25 25 150 12.5 25 41 DN 1504 HW30L
CDH8N DHA5/16-32 SD43D SP4DL HW23.8L
(MDPNN)
* Model Insert : r=0.8 P. 55~60, 104, 112, 125 : Stock Item : Under preparing for stock
146
Multi Lock System
MDQNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Q style, Lead angle 107.5 Turning, Facing, Copy
(mm)
Stock
Designation H W L* S* h Clamp Screw Shim Pin Wrench
MDQNR/L 2525-M15 25 25 150 30 25 36 HW31.8L
DN 1506 CDH6N DHA1/4-25 SD43D SP4D HW23.8L
Turning Tool-holders
3232-P15 32 32 170 40 32 36
* Model Insert : r=0.8 P. 55~60, 104, 112, 125 : Stock Item : Under preparing for stock
MVJNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Copy
(mm)
Stock
Designation H W L* S* h Clamp Screw Shim Pin Wrench
MVJNR/L 2020-K16 20 20 125 25 20 36 HW20L
VN 1604 CDH8N2 DHA5/16-32 SV32D SP3D
2525-M16 25 25 150 32 25 42 HW40L
* Model Insert : r=0.8 P. 87~89, 105, 108, 113, 126 : Stock Item : Under preparing for stock
147
Multi Lock System
MVQNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Q style, Lead angle 117.5 Turning, Facing, Copy
(mm)
Stock
Designation H W L* S* h Clamp Screw Shim Pin Wrench
MVQNR/L 2020-K16 20 20 125 25 20 42
VN 1604 CDH8N2 DHA5/16-32 SV32D SP3D HW40L, HW20L
Turning Tool-holders
2525-M16 25 25 150 32 25 42
* Model Insert : r=0.8 P. 87~89, 105, 108, 113, 126 : Stock Item : Under preparing for stock
MVVNN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment V style, Lead angle 72.5 Turning, Copy
(mm)
Designation Stock H W L* S* h Clamp Screw Shim Pin Wrench
MVVNN 2020-K16 20 20 125 10 20 42 HW40L
VN 1604 CDH8N2 DHA5/16-32 SV32D SP3D HW20L
2525-M16 25 25 150 12.5 25 42
* Model Insert : r=0.8 P. 87~89, 105, 108, 113, 126 : Stock Item : Under preparing for stock
148
Multi Lock System / Screw on System
MWLNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock
Designation H W L* S* h Clamp Screw Shim Pin Wrench
MWLNR/L 2020-K06 20 20 125 25.0 20 32 HW30L
CDH7N DHA10-32-19 SW32D SP3D
Turning Tool-holders
2525-M06 25 25 150 32.0 25 32 WN 0604 HW23.8L
3232-P06 32 32 170 40.0 32 32
2020-K08 20 20 125 25.0 20 32
HW31.8L
2525-M08 25 25 150 32.0 25 32 WN 0804 CDH6N DHA1/4-21 SW43D SP4D HW23.8L
3232-P08 32 32 170 40.0 32 32
* Model Insert : r=0.8 P. 91~95, 105 : Stock Item : Under preparing for stock
SCACR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment A style, Lead angle 90 Turning
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SCACR/L 1010-E06 10 10 70 10.5 10 10 CC T 0602 FTKA02565 - - TW07P
1212-F09 12 12 80 12.5 12 16 CC T 09T3 FTGA03508 - - TW15P
* Model Insert : r=0.8(I=09) r=0.4(I=06) P. 48, 53, 54, 99, 101, 114, 119 : Stock Item : Under preparing for stock
149
Screw on System
SCLCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SCLCR/L 0808-D06 08 08 60 10 08 10
CC T 0602 FTKA02565 - - TW07P
Turning Tool-holders
1010-E06 10 10 70 12 10 10
1212-F09 12 12 80 16 12 16
1616-H09 16 16 100 20 16 16
CC T 09T3 FTGA03508 - - TW15P
2020-K09 20 20 125 25 20 16
2525-M09 25 25 150 32 25 26
2020-K12 20 20 125 25 20 25 TW15P,
CC T 1204 FTGA0411F SC42S SHXN0610F
2525-M12 25 25 150 32 25 26 HW40L
* Model Insert : r=0.4(I=06) r=0.8(I=09, 12) P. 48, 53, 54, 99, 101, 114, 119 : Stock Item : Under preparing for stock
SDACR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment A style, Lead angle 90 Turning, Copy
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SDACR/L 1010-E07 10 10 70 10.5 10 15 DC T 0702 FTKA02565 TW07P
1212-F11 12 12 80 12.5 12 15 FTGA03508 - - TW15P
DC T 11T3
1616-H11 16 16 100 16.5 16 24 FTGA03512 SD32S SHXN0509F TW15P, HW35L
* Model Insert : r=0.4(I=07) r=0.8(I=11) P. 60, 61, 99, 102, 114, 119 : Stock Item : Under preparing for stock
150
Screw on System
SDJCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Copy
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SDJCR/L 1010-E07 10 10 70 12 10 15
Turning Tool-holders
1212-F07 12 12 80 16 12 15
DC T 0702
1616-H07 16 16 100 20 16 18 FTKA02565 TW07P
2020-K07 20 20 125 25 20 20
1212-F11 12 12 80 16 12 15
1616-H11 16 16 100 20 16 24
DC T 11T3 FTGA03512 SD32S SHXN0509F TW15P, HW35L
2020-K11 20 20 125 25 20 24
2525-M11 25 25 150 32 25 29
* Model Insert : r=0.4(I=04) r=0.8(I=11) P. 60, 61, 99, 102, 114, 119 : Stock Item : Under preparing for stock
SDNCN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment N style, Lead angle 63 Turning, Copy
(mm)
Screw
Designation Stock H W L* S* h Screw Shim Wrench
for Shim
SDNCN 1010-E07 10 10 70 5 10 20
DC T 0702 FTKA02565 - - TW07P
1212-F07 12 12 80 6 12 20
1212-H11 12 12 100 6 12 30 DC T 11T3 FTGA03508 - - TW15P
1616-H11 16 16 100 8 16 30
DC T 11T3 FTGA03512 SD32S SHXN0509F TW15P, HW35L
2020-K11 20 20 125 10 20 30
* Model Insert : r=0.4(I=04) r=0.8(I=11) P. 60, 61, 99, 102, 114, 119 : Stock Item : Under preparing for stock
151
Screw on System
SRGCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style Turning, Facing
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SRGCR/L 1010-E06 10 10 70 12 10
Turning Tool-holders
1212-F06 12 12 80 16 12 RC T 0602M0 FTKA02565 - - TW07P
1616-H06 16 16 100 20 16
1616-H08 16 16 100 20 16
2020-K08 20 20 125 25 20 RC T 0803M0 FTNA0307 - - TW09P
2525-M08 25 25 150 32 25
1616-H10 16 16 100 20 16
TW15P
2020-K10 20 20 125 25 20 RC T 1003M0 FTKA03511A SR10S SHXN0509F
HW35L
2525-M10 25 25 150 32 25
2020-K12 20 20 125 25 20 TW15P
RC T 1204M0 FTGA03512 SR12S SHXN0509F
2525-M12 25 25 150 32 25 HW35L
P. 99, 102 : Stock Item : Under preparing for stock
SRDCN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment D style Turning, Copy
(mm)
Screw
Designation Stock H W L* S* h Screw Shim Wrench
for Shim
SRDCN 1010-E06 10 10 70 5 10 10
1212-F06 12 12 80 6 12 12 RC T 0602M0 FTKA02565 - - TW07P
1616-H06 16 16 100 8 16 12
2525-M06 25 25 150 12.5 25 20
1616-H08 16 16 100 8 16 16
RC T 0803M0 FTNA0307 - - TW09P
2020-K08 20 20 125 10 20 20
2525-M08 25 25 150 12.5 25 20
1616-H10 16 16 100 8 16 25
TW15P
2020-K10 20 20 125 10 20 25 RC T 1003M0 FTKA03511A SR10S SHXN0509F
HW35L
2525-M10 25 25 150 12.5 25 25
2020-K12 20 20 125 10 20 28 TW15P
RC T 1204M0 FTGA03512 SR12S SHXN0509F
2525-M12 25 25 150 12.5 25 28 HW35L
P. 99, 102 : Stock Item : Under preparing for stock
152
Screw on System
SSBCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment B style, Lead angle 75 Turning
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SSBCR/L 1212-F09 12 12 80 11 12 16 FTGA03508 - - TW15P
SC T 09T3
Turning Tool-holders
1616-H09 16 16 100 13 16 16 FTGA03512 SS32S SHXN0509F TW15P, HW35L
2020-K12 20 20 125 17 20 25 SC T 1204 FTGA0411F SS42S SHXN0610F TW15P, HW40L
* Model Insert : r=0.8 P. 71, 72, 100, 102, 120 : Stock Item : Under preparing for stock
SSDCN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment D style, Lead angle 45 Turning, Facing
(mm)
Screw
Designation Stock H W L* S* h Screw Shim Wrench
for Shim
SSDCN 1212-F09 12 12 80 6 12 15.5 FTGA03508 - - TW15P
SC T 09T3
1616-H09 16 16 100 8 16 15.5 FTGA03512 SS32S SHXN0509F TW15P, HW35L
* Model Insert : r=0.8 P. 71, 72, 100, 102, 120 : Stock Item : Under preparing for stock
153
Screw on System
SSKCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Facing
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SSKCR/L 1616-H09 16 16 100 20 16 13 SC T 09T3 FTGA03512 SS32S SHXN0509F TW15P, HW35L
Turning Tool-holders
* Model Insert : r=0.8 P. 71, 72, 100, 102, 120 : Stock Item : Under preparing for stock
SSSCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment S style, Lead angle 45 Turning, Facing
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SSSCR/L 1616-H09 16 16 100 17 16 15.5 SC T 09T3 FTGA03512 - - TW15P
2020-K12 20 20 125 21 20 24
SC T 1204 FTGA0411F SS42S SHXN0610F TW15P, HW40L
2525-M12 25 25 150 26 25 24
* Model Insert : r=0.8 P. 71, 72, 100, 102, 120 : Stock Item : Under preparing for stock
154
Screw on System
STACR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment A style, Lead angle 90 Turning
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
STACR/L 1010-E09 10 10 70 10.5 10 10 TC T 0902 FTKA02206 - - TW06P
Turning Tool-holders
1212-F11 12 12 80 12.5 12 14 TC T 1102 FTKA02565 - - TW07P
* Model Insert : r=0.4(I=09) r=0.8(I=11) P. 83, 84, 100, 103, 121 : Stock Item : Under preparing for stock
STFCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 90 Facing
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
STFCR/L 1010-E09 10 10 70 12 10 10 TC T 0902 FTKA02206 - - TW06P
1212-F11 12 12 80 16 12 14
TC T 1102 FTKA02565 - - TW07P
1616-H11 16 16 100 20 16 14
1616-H16 16 16 100 20 16 19
2020-K16 20 20 125 25 20 19 TC T 16T3 FTGA03512 ST32S SHXN0509F TW15P, HW35L
2525-M16 25 25 150 32 25 25.2
* Model Insert : r=0.4(l=09) r=0.8(l=11, 16) P. 83, 84, 100, 103, 121 : Stock Item : Under preparing for stock
155
Screw on System
STGCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style, Lead angle 90 Turning
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
STGCR/L 0808-D09 08 08 60 10 08 11
TC T 0902 FTKA02206 - - TW06P
Turning Tool-holders
1010-E09 10 10 70 12 10 11
1212-F11 12 12 80 16 12 14
TC T 1102 FTKA02565 - - TW07P
1616-H11 16 16 100 20 16 16
1616-H16 16 16 100 20 16 16
2020-K16 20 20 125 25 20 21 TC T 16T3 FTGA03512 ST32S SHXN0509F TW15P, HW35L
2525-M16 25 25 150 32 25 21
* Model Insert : r=0.4(l=09) r=0.8(l=11, 16) P. 83, 84, 100, 103, 121 : Stock Item : Under preparing for stock
STTCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment T style, Lead angle 60 Turning, Facing
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
STTCR/L 1616-H11 16 16 100 13 16 14 TC T 1102 FTKA02565 - - TW07P
1616-H16 16 16 100 13 16 19
TC T 16T3 FTGA03512 ST32S SHXN0509F TW15P HW35L
2020-K16 20 20 125 17 20 19
* Model Insert : r=0.8 P. 83, 84, 100, 103, 121 : Stock Item : Under preparing for stock
156
Screw on System
SVABR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment A style, Lead angle 90 Turning, Copy
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SVABR/L 1616-H16 16 16 100 16.5 16 28
VB T 1604 FTGA03512 SV32S SHXN0509F TW15P HW35L
Turning Tool-holders
2020-K16 20 20 125 20.5 20 28
* Model Insert : r=0.8 P. 90, 91, 100, 103, 110 : Stock Item : Under preparing for stock
SVHBR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment H style, Lead angle 107.5 Turning, Facing, Copy
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SVHBR/L 3225-P16 32 25 170 32 32 31.5 SV32S TW15P
VB T 1604 FTGA03512 SHXN0509F
2525-M16 25 25 150 32 25 31.5 SV32S HW35L
* Model Insert : r=0.8 P. 90, 91, 100, 103, 110 : Stock Item : Under preparing for stock
157
Screw on System
SVJBR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Facing, Copy
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SVJBR/L 1212-F11 12 12 80 16 12 27
Turning Tool-holders
1616-H11 16 16 100 20 16 27 VB T 1102 FTKA02565 - - TW07P
2020-K11 20 20 125 25 20 27
1212-F11-2 12 12 80 16 12 27
1616-H11-2 16 16 100 20 16 27 VB T 1103 FTKA02515 - - TW07P
2020-K11-2 20 20 125 25 20 27
1616-H16 16 16 100 20 16 36
2020-K16 20 20 125 25 20 41
2525-M16 25 25 150 32 25 41 VB T 1604 FTGA03512 SV32S SHXN0509F TW15P, HW35L
3225-P16 32 25 170 32 32 55
3232-P16 32 32 170 40 32 55
* Model Insert : r=0.4(l=11) r=0.8(l=16) P. 90, 91, 100, 110 : Stock Item : Under preparing for stock
SVVBN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment V style, Lead angle 72.5 Turning, Copy
(mm)
Screw
Designation Stock H W L* S* h Screw Shim Wrench
for Shim
SVVBN 1212-F11 12 12 80 6 12 27
1616-H11 16 16 100 8 16 27 VB T 1102 FTGA02565 - - TW07P
2020-K11 20 20 125 10 20 27
1212-F11-2 12 12 80 6 12 27
1616-H11-2 16 16 100 8 16 27 VB T 1103 FTGA02565 - - TW07P
2020-K11-2 20 20 125 10 20 27
1616-H16 16 16 100 8 16 32
2020-K16 20 20 125 10 20 32
2525-M16 25 25 150 12.5 25 32 VB T 1604 FTGA03512 SV32S SHXN0509F TW15P, HW35L
3225-P16 32 25 170 12.5 32 32
* Model Insert : r=0.4(l=11) r=0.8(l=16) P. 90, 91, 100, 110 : Stock Item : Under preparing for stock
158
Screw on System
SVJCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Facing, Copy
(mm)
Stock Screw
Designation H W L* S* h Screw Shim Wrench
for Shim
SVJCR/L 1212-F11 12 12 80 16 12 25
Turning Tool-holders
1616-H11 16 16 100 20 16 25 VC T 1103 FTKA02565 - - TW07P
2020-K11 20 20 125 25 20 25
1212-F13 12 12 80 16 12 32
1616-H13 16 16 100 20 16 32 VC T 1303 FTKA0307 - - TW09P
2020-K13 20 20 125 25 20 32
1616-H16 16 16 100 20 16 40
TW15P
2020-K16 20 20 125 25 20 40 VC T 1604 FTGA03512 SV32S SHXN0509F
HW35L
2525-M16 25 25 150 32 25 40
* Model Insert : r=0.4(l=11) r=0.8(l=16) P. 90, 91, 99, 103, 110, 122 : Stock Item : Under preparing for stock
SVVCN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment V style, Lead angle 72.5 Turning, Copy
(mm)
Screw
Designation Stock H W L* S* h Screw Shim Wrench
for Shim
SVVCN 1212-F11 12 12 80 6 12 25
1616-H11 16 16 100 8 16 25 VC T 1103 FTKA02565 - - TW07P
2020-K11 20 20 125 10 20 25
1212-F13 12 12 80 6 12 32
1616-H13 16 16 100 8 16 32 VC T 1303 FTKA0307 - - TW09P
2020-K13 20 20 125 10 20 32
1616-H16 16 16 100 8 16 40
TW15P
2020-K16 20 20 125 10 20 40 VC T 1604 FTGA03512 SV32S SHXN0509F
HW35L
2525-M16 25 25 150 12.5 25 40
* Model Insert : r=0.4(l=04) r=0.8(l=06,08) P. 90, 91, 99, 103, 110, 122 : Stock Item : Under preparing for stock
159
Screw on System / Clamp on System
SWACR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment A style, Lead angle 90 Turning
(mm)
Stock
Designation H W L* S* h Screw Wrench
SWACR/L 1010-E04 10 10 70 10.1 10 10
WC T 0402 FTKA02565 TW07P
Turning Tool-holders
1212-F04 12 12 80 12.1 12 14
1616-H06 16 16 100 16.1 16 20 WC T 06T3 FTGA03508 TW15P
2020-K08 20 20 125 20.1 20 24 WC T 0804 FTGA0411F TW15P
* Model Insert : r=0.4(l=04, 06) r=0.8(l=08) : Stock Item : Under preparing for stock
CCLNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning, Facing
(mm)
Stock
Designation H W L* S* h Clamp Spring Screw Shim Wrench
CCLNR/L 2020-K12C 20 20 125 25 20 32
CN N 1204 MHX0630 HW40L
2525-M12C 25 25 150 32 25 32 CH6R3 SR3 SC42CC
1207 SHX0310 HW20L
3225-P12C 32 25 170 32 32 32
* Model Insert : r=0.8 P. 51, 104 : Stock Item : Under preparing for stock
160
Clamp on System
CKJNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment J style, Lead angle 93 Turning, Facing, Copy
(mm)
Stock Screw
Designation H W L* S* h Clamp Screw for Spring Shim Pin Wrench
Clamp for Shim
CKJNR 2020-K16 20 20 125 25 20 32
Turning Tool-holders
2525-M16 25 25 150 32 25 32
3225-M16 32 25 150 32 32 32
KN 1604 R CTH6R1 CHX0625 SR3, SR4 SK33C PN0515 SHX0310 HW20L
3225-P16 32 25 170 32 32 32
3232-P16 32 32 170 40 32 32
4040-R16 40 40 200 50 40 32
CKJNL 2020-K16 20 20 125 25 20 32
2525-M16 25 25 150 32 25 32
3232-P16 32 32 170 40 32 32 KN 1604 L CTH6L1 CHX0625 SR3, SR4 SK33CL PN0515 SHX0310 HW40L
4040-R16 40 40 200 50 40 32
* Model Insert : r=0.5 P. 61 : Stock Item : Under preparing for stock
CKNNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment N style, Lead angle 63 Turning, Copy
(mm)
Stock Screw
Designation H W L* S* h Clamp Screw for Spring Shim Pin Wrench
Clamp for Shim
CKNNR 2525-M16 25 25 150 14.3 25 37 HW20L
KN 1604 R CTH6R1 CHX0625 SR3 SR4 SK33C PN0515 SHX0310
3232-P16 32 32 170 16.8 32 37 HW40L
CKNNL 2525-M16 25 25 150 14.3 25 37 HW20L
KN 1604 L CTH6L1 CHX0625 SR3 SR4 SK33CL PN0515 SHX0310
3232-P16 32 32 170 16.8 32 37 HW40L
* Model Insert : r=0.5 P. 61 : Stock Item : Under preparing for stock
161
Clamp on System
CRDNN
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment D style Turning, Copy
(mm)
Designation Stock H W L* S* h Clamp Spring Screw Shim Wrench
CRDNN 2020-K12C 20 20 125 10 20 35
RN N 1204 MHX0630 HW40L
CH6R3 SR3 SR42CC
Turning Tool-holders
2525-M12C 25 25 150 12.5 25 35
1207 SHX0310 HW20L
3225-P12C 32 25 170 12.5 32 35
: Stock Item : Under preparing for stock
CRGNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style Turning, Facing
(mm)
Stock
Designation H W L* S* h Clamp Spring Screw Shim Wrench
CRGNR/L 2020-K12C 20 20 125 25 20 32
RN N 1204 MHX0630 HW40L
2525-M12C 25 25 150 32 25 32 CH6R3 SR3 SR42CC
1207 SHX0310 HW20L
3225-P12C 32 25 170 32 32 32
: Stock Item : Under preparing for stock
162
Clamp on System
CSDNN
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment D style, Lead angle 45 Turning, Chamfering
(mm)
Designation Stock H W L* S* h Clamp Spring Screw Shim Wrench
CSDNN 2020-K12C 20 20 125 10 20 35
SN N 1204 MHX0630 HW40L
CH6R3 SR3 SS42CC
Turning Tool-holders
2525-M12C 25 25 125 12.5 25 35
1207 SHX0310 HW20L
3225-P12C 32 25 170 12.5 32 35
* Model Insert : r=0.8 P. 64, 71, 108, 109, 113 : Stock Item : Under preparing for stock
CSDPN
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment D style, Lead angle 45 Turning, Chamfering
(mm)
Clamp Shim Pin for
Designation Stock H W L* S* h Clamp Ring Wrench
for Screw Shim
CSDPN 1616-H09 16 16 100 8 16 30 SP R 0903 CH53R1 CHX0515 SS32C SP3C CR04 HW25L
2525-M12 25 25 150 12.5 25 35 SP R 1203 CH6R3 CHX0621 SS42C SP3C ER04 HW30L
* Model Insert : r=0.8 P. 73, 74 : Stock Item : Under preparing for stock
163
Clamp on System
CSKNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Facing
(mm)
Stock
Designation H W L* S* h Clamp Spring Screw Shim Wrench
CSKNR/L 2020-K12C 20 20 125 25 20 25
SN N 1204 MHX0630 HW40L
CH6R3 SR3 SS42CC
Turning Tool-holders
2525-M12C 25 25 150 32 25 28
1207 SHX0310 HW20L
3225-P12C 32 25 170 32 32 28
* Model Insert : r=0.8 P. 64, 71, 108, 109, 113 : Stock Item : Under preparing for stock
CSKPR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Facing
(mm)
Stock Clamp Shim Pin for
Designation H W L* S* h Clamp Ring Wrench
for Screw Shim
CSKPR/L 2525-M12 25 25 150 32 20 32 SP R 1203 CH6R3 CHX0621 SS42C SP3C ER04 HW30L
* Model Insert : r=0.8 P. 73, 74 : Stock Item : Under preparing for stock
164
Clamp on System
CTFNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 90 Facing
(mm)
Stock
Designation H W L* S* h Clamp Spring Screw Shim Wrench
CTFNR/L 2020-K16C 20 20 125 25 20 32
TN N 1604 MHX0630 HW40L
CH6R3 SR3 ST32CC
Turning Tool-holders
2525-M16C 25 25 150 32 25 32
1607 SHX0310 HW20L
3225-P16C 32 25 170 32 32 32
* Model Insert : r=0.8 P. 109, 176, 177 : Stock Item : Under preparing for stock
CTFPR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 90 Facing
(mm)
Stock Clamp Pin for
Designation H W L* S* h Clamp Shim Ring Wrench
for Screw Shim
CTFPR/L 2020-K16 20 20 125 25 20 32
2525-M16 25 25 150 32 25 32 TP R 1603 CH6R3 CHX0621 ST32C SP3C ER04 HW30L
* Model Insert : r=0.8 P. 85 : Stock Item : Under preparing for stock
165
Clamp on System
CTGNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style, Lead angle 90 Turning
(mm)
Stock
Designation H W L* S* h Clamp Spring Screw Shim Wrench
CTGNR/L 2020-K16C 20 20 125 25 20 31
TN N 1604 MHX0630 HW40L
CH6R3 SR3 ST32CC
Turning Tool-holders
2525-M16C 25 25 150 32 25 25
1607 SHX0310 HW20L
3225-P16C 32 25 170 32 32 25
* Model Insert : r=0.8 P. 109, 176, 177 : Stock Item : Under preparing for stock
CTGPR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment G style, Lead angle 90 Facing
(mm)
Stock Clamp Pin for
Designation H W L* S* h Clamp Shim Ring Wrench
for Screw Shim
CTGPR/L 1212-F11 12 12 80 16 12 20
1616-H11 16 16 100 20 16 20 TP R 1103 CH53R1 CHX0515 CR04 HW25L
2020-K11 20 20 125 25 25 20
2020-K16 20 20 125 25 25 25
TP R 1603 CH6R3 CHX0621 ST32C SP3C ER04 HW25L
2525-M16 25 25 150 32 25 25
2525-M22 25 25 150 32 25 32
TP R 2204 CH83R1 CHX07822 ST43C SP11 CR09 HW40L
3232-P22 32 32 170 40 32 32
* Model Insert : r=0.4(I=11) r=0.8(I=16, 22) P. 85 : Stock Item : Under preparing for stock
166
Clamp on System
EH
TURNING
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Lead angle 95 Turning
(mm)
Clamp Chip Shim
Designation Stock H W L* S* Clamp Shim Wrench
for Screw Breaker screw
EH 620R 20 20 125 27 36
ESB 34 CTH 6R2 BHA0616 CB20 SES33C SHX0310 HW50L-HW20L
625R 25 25 150 32 36
Turning Tool-holders
P. 200 : Stock Item : Under preparing for stock
167
Boring Bar Code System (ISO)
S 12 M S
Type of Bar Bar diameter
“A” Steel with coolant hole
“E” Carbide bar with fixed steel
head and coolant hole
Boring Bars
“C” Carbide shank
“S” Steel shank
“X” Special type
Bar length Method of Mounting Insert
Top and hole
Top Clamping Hole Clamping clamping Screw on
Length (L) (mm)
C P M S
H 100
K 125
M 150
N 160
Q 180
R 200
S 250
T 300
U 350
V 400
168
T F P R 11
Insert shape Lead angle of boring bar
L F
Boring Bars
U K
Relief angle of Insert Hand of Bar Length of cutting edge
Boring bar with coolant hole
169
KORLOY Boring Bar Index
Cutting Shape Designation Facing Copying Through hole Blind hole Copying Back Available Inserts
machining machining and Reliefing Turning
Lever lock system S16R-PCLNR/L 09
S20S-PCLNR/L 09 CN 0903
PCLNR/L
S25T-PCLNR/L 09
S25T-PCLNR/L 12
CN 1204
S32U-PCLNR/L 12
P. 173 S40V-PCLNR/L 12 P. 45~53, 104, 107, 111, 125
PDSNR/L S32U-PDSNR/L 15
S40V-PDSNR/L 15
DN 1506
P. 173 P. 55~60, 104, 112, 125, 107
PDUNR/L S20S-PDUNR/L 11
S25T-PDUNR/L 11 DN 1104
S32U-PDUNR/L 11
S32U-PDUNR/L 15
DN 1506
S40V-PDUNR/L 15
Boring Bars
P. 174 P. 55~60, 104, 112, 125, 107
PSKNR/L S25T-PSKNR/L 12
S32U-PSKNR/L 12
S40V-PSKNR/L 12 SN 1204
P. 174 P. 63~70, 104, 107, 112
PTFNR/L S16R-PTFNR/L 11
S20S-PTFNR/L 11 TN 1103
S25T-PTFNR/L 11
S25T-PTFNR/L 16
TN 1604
S32T-PTFNR/L 16
P. 175 S40V-PTFNR/L 16 P. 75~82, 105, 108, 112, 125
PWLNR/L S20S-PWLNR/L 06
S25T-PWLNR/L 06 WN 0604
S32U-PWLNR/L 06
S25T-PWLNR/L 08
WN 0804
S32U-PWLNR/L 08
P. 175 P. 91~95, 105
Screw On System S08K-SCLCR/L 06
S10M-SCLCR/L 06 CC T 0602
SCLCR/L
S12M-SCLCR/L 06
S12M-SCLCR/L 09
S16R-SCLCR/L 09
CC T 09T3
S20S-SCLCR/L 09
S25T-SCLCR/L 09
S25T-SCLCR/L 12
S32U-SCLCR/L 12 CC T 1204
S40V-SCLCR/L 12
P. 176 P. 48, 53, 54, 99, 101, 114, 119
SCLPR/L S10M-SCLPR/L 08
CP T 0802
Carbide shank
S12M-SCLPR/L 08
Steel shank S16N-SCLPR/L 09
S16R-SCLPR/L 09 CP T 0903
S20N-SCLPR/L 09
P. 177 S20S-SCLPR/L 09 P. 55, 114, 119
SDQCR/L S10M-SDQCR/L 07
S12M-SDQCR/L 07 DC T 0702
S16R-SDQCR/L 07
S20S-SDQCR/L 11 DC T 11T3
S25T-SDQCR/L 11
P. 178 P. 60, 61, 99, 102, 114, 119
170
Cutting Shape Designation Facing Copying Through hole Blind hole Copying Back Available Inserts
machining machining and Reliefing Turning
Screw On System S10M-SDUCR/L 07
S12M-SDUCR/L 07 DC T 0702
SDUCR/L
S16R-SDUCR/L 07
S20S-SDUCR/L 11 DC T 11T3
P. 178 S25T-SDUCR/L 11 P. 60, 61, 99, 102, 114, 119
SDZCR/L S25T-SDZCR/L 11
S32U-SDZCR/L 11
S40V-SDZCR/L 11 DC T 11T3
P. 179 P. 60, 61, 99, 102, 114, 119
SSKCR/L S16R-SSKCR/L 09
S20S-SSKCR/L 09 SC T 09T3
S25T-SSKCR/L 12
SC T 1204
S32U-SSKCR/L 12
P. 179 P. 71, 72, 100, 102, 120
SSKPR/L S12M-SSKPR/L 09
S16N-SSKPR/L 09
SP T 0903 R/L
Boring Bars
S16R-SSKPR/L 09
0903
S20N-SSKPR/L 09
S20S-SSKPR/L 09
P. 180 P. 74, 120
STFCR/L S10M-STFCR/L 09
TC T 0902
S12M-STFCR/L 09
S12M-STFCR/L 11
S16R-STFCR/L 11 TC T 1102
S20S-STFCR/L 11
S25T-STFCR/L 16
TC T 16T3
S32U-STFCR/L 16
P. 181 S40V-STFCR/L 16 P. 83, 84, 100, 103, 121
STFPR/L S10M-STFPR/L 11
S12M-STFPR/L 11 TP T 1103 R/L
Carbide shank
S16N-STFPR/L 11
Steel shank
S16R -STFPR/L 11
S20N-STFPR/L 16 TP T 1604 R/L
P. 182 S20S-STFPR/L 16 P. 86, 87, 109, 115, 121, 122
SVQBR/L S32U-SVQBR/L 16
S40V-SVQBR/L 16
VB T 1604
P. 183 P. 90, 91, 100, 103, 110
SVUBR/L S32U-SVUBR/L 16
VB T 1604
S40V-SVUBR/L 16
P. 183 P. 90, 91, 100, 110
SVQCR/L S16R-SVQCR/L 11
S20S-SVQCR/L 11 VC T 1103
S25T-SVQCR/L 11
S20S-SVQCR/L 13
VC T 1303
S25T-SVQCR/L 13
S25T-SVQCR/L 16 VC T 1604
S32U-SVQCR/L 16
P. 184 S40V-SVQCR/L 16 P. 90, 91, 101, 103, 110, 122
SVUCR/L S16R-SVUCR/L 11
S20S-SVUCR/L 11 VC T 1103
S25T-SVUCR/L 11
S20S-SVUCR/L 13
VC T 1303
S25T-SVUCR/L 13
S25T-SVUCR/L 16 VC T 1604
S32U-SVUCR/L 16
P. 184 S40V-SVUCR/L 16 P. 90, 91, 101, 103, 110, 122
171
KORLOY Boring Bar Index
Cutting Shape Designation Facing Copying Through hole Blind hole Copying Back Available Inserts
machining machining and Reliefing Turning
Screw On System S25T-SWLCR/L 08
S32U-SWLCR/L 08 WC T 0804
SWLCR/L
S40V-SWLCR/L 08
P. 185
Clamp on System S32U-CKUNR/L16
S40V-CKUNR/L16 KN 1604 R/L
CKUNR/L
S50W-CKUNR/L16
P. 185 P. 61
CSKPR/L S16R-CSKPR/L09
SP R 0903
S20S-CSKPR/L09
S20S-CSKPR/L12
SP R 1203
S25T-CSKPR/L12
P. 186 P. 73, 74
Boring Bars
CTFPR/L S12M-CTFPR11
S16R-CTFPR11 TP R 1103
S20S-CTFPR11
S16R-CTFPR16
S20S-CTFPR16
S25T-CTFPR16 TP R 1603
S32U-CTFPR16
S40V-CTFPR16
S40V-CTFPR22 TP R 2204
P. 187 P. 85
Micro Boring Bar S08K-STUBR/L 06
TB T 060102R/L
STUBR/L
P. 188 P. 82, 120
STUPR/L S08K-STUPR/L 08
TP T 0802 R/L
P. 188 P. 86, 87, 109, 115, 121, 122
SWUBR/L S05H-SWUBR/L 02
WB T 0201 R/L
S08K-SWUBR/L 02
S08K-SWUBR/L S3
WB T S302 R/L
P. 189 P. 95
Multi Lock System S25T-MCLNR/L12
S32U-MCLNR/L12
MCLNR/L
CN 1204
P. 190 P. 48~53, 104, 107, 111, 125
MWLNR/L S25T-MWLNR/L06
WN 0604
S25T-MWLNR/L08
S32U-MWLNR/L08
S40V-MWLNR/L08 WN 0804
P. 190 P. 91~95, 105
172
Lever Lock System
PCLNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock Pin for
Designation D d H L* S* Lever Screw Shim Wrench
Shim
S16R-PCLNR/L 09 20 16 15 200 11 -12 28
Boring Bars
S20S-PCLNR/L 09 25 20 18 250 13 -11 32 CN 0903 LV3C VHX0509B - - HW20L
S25T-PCLNR/L 09 32 25 23 300 17 -10 36
S25T-PCLNR/L 12 32 25 23 300 17 -12 40 LV4A VHX0613A - - HW25L
S32U-PCLNR/L 12 40 32 30 350 22 -11 50
CN 1204
S40V-PCLNR/L 12 50 40 37 400 27 -10 55 LV4 VHX0821 SC42B SP4 HW30L
S50W-PCLNR/L 12 63 50 47 450 35 -10 56
S50W-PCLNR/L 19 70 50 47 450 35 -10 63 CN 1906 LV6 VHX1027 SC63 SP6 HW40L
A25R-PCLNR/L 12 32 25 24 200 17 -12 40 LV4A VHX0613A - - HW25L
CN 1204
A32S-PCLNR/L 12 44 32 31 250 22 -10 50 LV4 VHX0821 SC42B SP4 HW30L
A40T-PCLNR/L 12 50 40 47 300 27 -10 60
* Model Insert: r=0.8(12) r=1.2(19) Boring bar with coolant hole. P. 48~53, 104, 107, 111, 125 : Stock Item : Under preparing for stock
PDSNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment S style, Lead angle 62.5 Copy, Through hole
(mm)
Stock Pin for
Designation D d H L * S* f Lever Screw Shim Wrench
Shim
S32U-PDSNR/L 15 40 32 30 350 22 -11 45 8.5
DN 1506 LV4B VHX0821 SD42 SP4 HW30L
S40V-PDSNR/L 15 50 40 37 400 27 -11 43 9.4
S32U-PDSNR/L 15-3 40 32 30 350 22 -11 45 8.5
DN 1504 LV4 VHX0821 SD42 SP4 HW30L
S40V-PDSNR/L 15-3 50 40 37 400 27 -11 43 9.4
A32S-PDSNR/L 15 40 32 31 250 22 -12 45 8.5 DN 1506 LV4B VHX0821 SD42 SP4 HW30L
A32S-PDSNR/L 15-3 40 32 31 250 22 -12 45 8.5 DN 1504 LV4 VHX0821 SD42 SP4 HW30L
* Model Insert: r=0.8 Boring bar with coolant hole. P. 55~60, 104, 107, 112, 125 : Stock Item : Under preparing for stock
173
Lever Lock System
PDUNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 93 Copy, Through hole, Blind hole machining
(mm)
Stock Pin for
Designation D d H L* S* f Lever Screw Shim Wrench
Shim
S20S-PDUNR/L 11 25 20 18 250 13 -16 30 -
LV3D VHX0512B - - HW20L
Boring Bars
S25T-PDUNR/L 11 32 25 23 300 17 -13 35 - DN 1104
S32U-PDUNR/L 11 40 32 30 350 22 -16 40 7 LV3 VHX0617 SD317 SP3 HW25L
S32U-PDUNR/L 15 40 32 30 350 22 -16 50 8.5
S40V-PDUNR/L 15 50 40 37 400 27 -11 50 9.4 DN 1506 LV4B VHX0821 SD42 SP4 HW30L
S50W-PDUNR/L 15 63 50 47 450 35 -11 63 11.5
S32U-PDUNR/L 15-3 40 32 30 350 22 -16 50 8.5
DN 1504 LV4 VHX0821 SD42 SP4 HW30L
S40V-PDUNR/L 15-3 50 40 37 400 27 -11 50 9.4
A32S-PDUNR/L 15 40 32 31 250 22 -16 50 8.5 DN 1506 LV4B VHX0821 SD42 SP4 HW30L
A32S-PDUNR/L 15-3 40 32 31 250 22 -16 50 8.5 DN 1504 LV4 VHX0821 SD42 SP4 HW30L
* Model Insert : r=0.4(I=11) r=0.8(I=15) Boring bar with coolant hole. P. 55~60, 104, 107, 112, 125 : Stock Item : Under preparing for stock
PSKNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Through hole
(mm)
Stock Pin for
Designation D d H L* S* Lever Screw Shim Wrench
Shim
S25T-PSKNR/L 12 32 25 23 300 17 -12 42 LV4A VHX0613A - - HW25L
S32U-PSKNR/L 12 40 32 30 350 22 -12 45
LV4 VHX0821 SS42B SP4 HW30L
S40V-PSKNR/L 12 50 40 37 400 27 -12 50 SN 1204
A25R-PSKNR/L 12 32 25 24 200 17 -12 42 LV4A VHX0613A - - HW25L
A32S-PSKNR/L 12 40 32 31 250 22 -12 50 LV4 VHX0821 SS42B SP4 HW30L
* Model Insert : r=0.8 Boring bar with coolant hole. P. 63~70, 104, 107, 112 : Stock Item : Under preparing for stock
174
Lever Lock System
PTFNR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 90 Facing, Through hole, Blind hole machining
(mm)
Stock Pin for
Designation D d H L* S* Lever Screw Shim Wrench
Shim
S16R-PTFNR/L 11 20 16 15 200 11 -14 28
Boring Bars
S20S-PTFNR/L 11 25 20 18 250 13 -12 33 TN 1103 LV2 VHX0509B - - HW20L
S25T-PTFNR/L 11 32 25 23 300 17 -12 36
S25T-PTFNR/L 16 32 25 23 300 17 -12 42 LV3B VHX0512B - - HW20L
S32U-PTFNR/L 16 44 32 30 350 22 -10 50
LV3 VHX0617 ST317B SP3 HW25L
S40V-PTFNR/L 16 54 40 37 400 27 -10 55 TN 1604
A25R-PTFNR/L 16 32 25 24 200 17 -12 40 LV3 VHX0617 ST317B SP3 HW25L
A32S-PTFNR/L 16 40 32 31 250 22 -12 50 LV3 VHX0617 ST317B SP3 HW25L
* Model Insert : r=0.8 Boring bar with coolant hole. P. 75~82, 105, 108, 112, 125 : Stock Item : Under preparing for stock
PWLNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock Pin for
Designation D d H L* S* Lever Screw Shim Wrench
Shim
S16Q-PWLNR/L 06 20 16 15 180 11 -16 40 LV3B VHX0512B - - HW20L
S16R-PWLNR/L 06 20 16 15 200 11 -16 40 LV3B VHX0512B - - HW20L
S20R-PWLNR/L 06 25 20 18 200 13 -12 40 LV3B VHX0512B - - HW20L
S20S-PWLNR/L 06 25 20 18 250 13 -12 40 LV3B VHX0512B - - HW20L
WN 0604
S25R-PWLNR/L 06 32 25 23 200 17 -12 40 LV3B VHX0512B - - HW20L
S25S-PWLNR/L 06 32 25 23 250 17 -12 40 LV3B VHX0512B - - HW20L
S25T-PWLNR/L 06 32 25 23 300 17 -12 40 LV3B VHX0512B - - HW20L
S32U-PWLNR/L 06 44 32 30 350 22 -10 45 LV3 VHX0617 SW317 SP3 HW25L
S25S-PWLNR/L 08 32 25 23 250 17 -12 40 LV4A VHX0613A - - HW25L
S25T-PWLNR/L 08 32 25 23 300 17 -12 45 LV4A VHX0613A - - HW25L
S32S-PWLNR/L 08 44 32 30 250 22 -10 50 WN 0804 LV4 VHX0821 SW42 SP4 HW30L
S32U-PWLNR/L 08 44 32 30 350 22 -10 50 LV4 VHX0821 SW42 SP4 HW30L
S40T-PWLNR/L 08 54 40 37 300 27 -10 55 LV4 VHX0821 SW42 SP4 HW30L
* Model Insert : r=0.8 P. 91~95, 105 : Stock Item : Under preparing for stock
175
Screw on System
SCLCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock Screw
Designation D d H L* S* Screw Shim Wrench
for Shim
S08K-SCLCR/L 06 10 8 7 125 5 -15 14
Boring Bars
S10K-SCLCR/L 06 12 10 9 125 6 -13 14
S10M-SCLCR/L 06 12 10 9 150 6 -13 14 CC T 0602 FTKA02555 - - TW07P
S12M-SCLCR/L 06 16 12 11 150 9 -10 25
S16R-SCLCR/L 06 20 16 15 200 11 -8 32
S12M-SCLCR/L 09 16 12 11 150 9 -10 25
S16R-SCLCR/L 09 20 16 15 200 11 -12 32.5 CC FTGA03508
T 09T3 - - TW15P
S20S-SCLCR/L 09 25 20 18 250 13 -8 38
S25T-SCLCR/L 09 32 25 23 300 17 -6 45 FTGA03510
S25T-SCLCR/L 12 32 25 23 300 17 -6 45 - - TW15P
S32U-SCLCR/L 12 40 32 30 350 22 -10 50 CC T 1204 FTGA0411F
S40V-SCLCR/L 12 50 40 37 400 27 -8 60 SC42S SHXN0610F HW40L, TW15P
A08F-SCLCR/L 06 10 8 7.5 80 5 -15 14
A10H-SCLCR/L 06 12 10 9.5 100 6 -13 14 CC T 0602 FTKA02565 - - TW07P
A12K-SCLCR/L 06 16 12 11 125 9 -10 25
A12K-SCLCR/L 09 16 12 11 125 9 -10 25
A16M-SCLCR/L 09 20 16 15 150 11 -12 32.5 FTGA03508
CC T 09T3 - - TW15P
A20Q-SCLCR/L 09 25 20 19 180 12 -8 38
A25R-SCLCR/L 09 32 25 24 200 17 -6 45 FTGA03510
A25R-SCLCR/L 12 32 25 24 200 17 -6 45 CC - - TW15P
T 1204 FTGA0411F
A32S-SCLCR/L 12 40 32 31 250 22 -10 50 SC42S SHXN0610F HW40L,TW15P
C08K-SCLCR/L 06 10 8 7 125 5 -15 14 CC T 0602 FTKA02565F - - TW07P
C10K-SCLCR/L 06 12 10 9 125 6 -13 14
C12M-SCLCR/L 09 16 12 11 150 9 -12 25
C16R-SCLCR/L 09 20 16 15 200 11 -12 32 CC T 09T3 FTGA03508 - - TW15P
C20S-SCLCR/L 09 25 20 18 250 13 -8 38
C04G-SCLCR/L 0305 5 4 3.8 90 2.5 -15 -
CC T 0301 FTNA01633 - -
C05H-SCLCR/L 0306 6 5 4.4 100 3.0 -13 -
TW06P
C06J-SCLCR/L 0407 7 6 5.4 110 3.5 -13 - CC FTNA0238 - -
T 0401
C07K-SCLCR/L 0408 8 7 6.4 120 4.0 -11 -
S10H-SCLCR/L 0305 5 10 9 100 2.5 -15 25
CC T 0301 FTNA01633 - -
S10H-SCLCR/L 0306 6 10 9 100 3.0 -13 25 TW06P
S10J-SCLCR/L 0407 7 10 9 110 3.5 -13 30
CC T 0401 FTNA0238 - -
S10J-SCLCR/L 0408 8 10 9 110 4.0 -11 30
* Model Insert: r=0.4(06, 09) r=0.8(12) Boring bar with coolant hole. P. 48, 53, 54, 99, 101, 114, 119 : Stock Item : Under preparing for stock
Boring bar with carbide shank
176
Screw on System
SCLPR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S10M-SCLPR/L 08 12 10 9 150 6 -5 - FTNA0305
CP T 0802 TW09P
Boring Bars
S12M-SCLPR/L 08 16 12 11 150 8 -2 15 FTNA0307
S16N-SCLPR/L 09 20 16 15 160 10 -2 15
S16R-SCLPR/L 09 20 16 15 200 10 -2 15
CP T 0903 FTNA0408 TW15P
S20N-SCLPR/L 09 25 20 18 160 12.5 0 20
S20S-SCLPR/L 09 25 20 18 250 12.5 0 20
A10H-SCLPR/L 08 12 10 9.5 100 6 -5 -
CP T 0802 FTNA0305 TW09P
A12K-SCLPR/L 08 16 12 11 125 8 -2 20
A16M-SCLPR/L 09 20 16 15 150 10 -2 15
CP T 0903 FTNA0408 TW15P
A20Q-SCLPR/L 09 25 20 19 180 12.5 0 28
* Model Insert: r=0.4(I=08) r=0.8(I=09) Boring bar with coolant hole. P. 55, 114, 119 : Stock Item : Under preparing for stock
SCLPR/L (Carbide Shank)
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
C10M-SCLPR/L 08 12 10 9 150 6 -5 18 FTNA0305
CP T 0802 TW09P
C12M-SCLPR/L 08 16 12 11 150 8 -2 18 FTNA0307
C16R-SCLPR/L 09 20 16 15 200 10 -2 15
CP T 0903 FTNA0408 TW15P
C20S-SCLPR/L 09 25 20 18 250 12.5 0 20
E10M-SCLPR/R 08 12 10 9.5 150 6 -5 18
CP T 0802 FTNA0305 TW09P
E12M-SCLPR/L 08 16 12 11 150 8 -2 18
E16R-SCLPR/L 09 20 16 15 200 10 -2 20 FTNA0407
CP T 0903 TW15P
E20S-SCLPR/L 09 25 20 19 250 12.5 0 25 FTNA0408
* Model Insert: r=0.4(I=08) r=0.8(I=09) Boring bar with coolant hole. P. 55, 114, 119 : Stock Item : Under preparing for stock
177
Screw on System
SDQCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Q style, Lead angle 108 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L * S* f Screw Wrench
S10M-SDQCR/L 07 13 10 9 150 7 -8 20 2.5 FTKA02555
TW07P
Boring Bars
S12M-SDQCR/L 07 16 12 11 150 9 -8 22 3.5 DC T 0702
FTKA02565
S16R-SDQCR/L 07 20 16 15 200 11 -6 27 4.0
S16R-SDQCR/L 11 20 16 15 200 11 -6 32 4.0
FTGA03508
S20S-SDQCR/L 11 25 20 18 250 13 -6 32 4.5 DC T 11T3 TW15P
S25T-SDQCR/L 11 32 25 23 300 17 -6 32 7.0 FTGA03510
A10H-SDQCR/L 07 13 10 9.5 100 7 -8 20 2.0 FTKA02555
DC T 0702 TW07P
A12K-SDQCR/L 07 16 12 11 125 9 -8 22 3.0 FTKA02565
A16M-SDQCR/L 11 20 16 15 150 11 -6 27 3.0
FTGA03508
A20Q-SDQCR/L 11 25 20 19 180 13 -6 32 3.0 DC T 11T3 TW15P
A25R-SDQCR/L 11 32 25 24 200 17 -6 32 4.0 FTGA03510
* Model Insert: r=0.4(I=7) r=0.8(I=11) Boring bar with coolant hole. P. 60, 61, 99, 102, 114, 119 : Stock Item : Under preparing for stock
SDUCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 93 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L * S* f Screw Wrench
S10M-SDUCR/L 07 13 10 9 150 7 -8 0 2.5 FTKA02555
S12M-SDUCR/L 07 16 12 11 150 9 -8 22 3.5 DC T 0702 FTKA02565 TW07P
S16R-SDUCR/L 07 20 16 15 200 11 -6 27 4.0
S16R-SDUCR/L 11 20 16 15 200 11 -8 27 4.0
S20S-SDUCR/L 11 25 20 18 250 13 -6 40 4.3 FTGA03508
DC T 11T3 TW15P
S25T-SDUCR/L 11 32 25 23 300 17 -6 46 6.8 FTGA03510
S32U-SDUCR/L 11 40 32 30 350 22 -6 50 8.4
A10H-SDUCR/L 07 13 10 9.5 100 7 -8 0 2.0 FTKA02555
A12K-SDUCR/L 07 16 12 11 125 9 -8 22 3.0 DC T 0702 FTKA02565 TW07P
A16M-SDUCR/L 07 20 16 15 150 11 -6 27 3.0
A20Q-SDUCR/L 11 25 20 19 180 13 -6 35 3.0 FTGA03510
DC T 11T3 TW15P
A25R-SDUCR/L 11 32 25 24 200 17 -6 46 4.5 FTGA03510
* Model Insert: r=0.4(I=7) r=0.8(I=11) Boring bar with coolant hole. P. 60, 61, 99, 102, 114, 119 : Stock Item : Under preparing for stock
178
Screw on System
SDZCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Z style, Lead angle 85 Copy, Blind hole machining
(mm)
Stock Screw
Designation D d H L* S* f Screw Shim Wrench
for Shim
S16R-SDZCR/L 07 20 16 15 200 11 -6 20 4.0
DC T 0702 FTGA02565 - - TW07P
Boring Bars
S20S-SDZCR/L 07 25 20 18 250 13 -6 25 4.5
S25T-SDZCR/L 11 32 25 23 300 17 -6 30 6.9 FTGA03510 - - TW15P
S32U-SDZCR/L 11 40 32 30 350 22 -6 39 8.4
FTGA03512 SD32S SHXN0509F TW15P,HW35L
S40V-SDZCR/L 11 50 40 37 400 27 -4 47 9.4 DC T 11T3
A25R-SDZCR/L 11 32 25 24 200 17 -6 30 4.5 FTGA03510 - - TW15P
A32S-SDZCR/L 11 40 32 31 250 22 -6 39 6.0 FTGA03512 SD32S SHXN0509F TW15P,HW35L
* Model Insert: r=0.4(I=07) r=0.8(I=11) Boring bar with coolant hole. P. 60, 61, 99, 102, 114, 119 : Stock Item : Under preparing for stock
SSKCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Through hole machining
(mm)
Stock Screw
Designation D d H L* * S Screw Shim Wrench
for Shim
S12M-SSKCR/L 09 16 12 11 150 9 -10 26
S16R-SSKCR/L 09 20 16 15 200 11 -11 32 SC T 09T3 FTGA03508 - - TW15P
S20S-SSKCR/L 09 25 20 18 250 13 -8 34
S25T-SSKCR/L 12 32 25 23 300 17 -8 36
SC T 1204 FTGA0411F SS42S SHXN0610F TW15P,HW40L
S32U-SSKCR/L 12 40 32 30 350 22 -10 43
A12K-SSKCR/L 09 16 12 11 125 9 -10 26 FTGA03507
A16M-SSKCR/L 09 20 16 15 150 11 -11 32 SC T 09T3 - - TW15P
FTGA03508
A20Q-SSKCR/L 09 25 20 19 180 12 -8 34
A25R-SSKCR/L 12 32 25 24 200 17 -8 36 TW15P
SC T 1204 FTGA0411F SS42S SHXN0610F
A32S-SSKCR/L 12 40 32 31 250 22 -10 43 TW15P,HW40L
* Model Insert: r=0.8 Boring bar with coolant hole. P. 71, 72, 100, 102, 120 : Stock Item : Under preparing for stock
179
Screw on System
SSKPR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Through machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S12M-SSKPR/L 09 16 12 11 150 8 -4 18
Boring Bars
S16N-SSKPR/L 09 20 16 15 160 10 -2 30
S16R-SSKPR/L 09 20 16 15 200 10 -2 32 SP T 0903 R/L FTNA0307 TW09P
S20N-SSKPR/L 09 25 20 18 160 12.5 0 32
S20S-SSKPR/L 09 25 20 18 250 12.5 0 35
X12M-SSKPR/L 09 16 12 11 150 8 -4 18
X16N-SSKPR/L 09 20 16 15 160 10 -2 30
X16R-SSKPR/L 09 20 16 15 200 10 -2 32 SP T 0903 C05 FTGA03508 TW15P
X20N-SSKPR/L 09 25 20 18 160 12.5 0 32
X20S-SSKPR/L 09 25 20 18 250 12.5 0 32
A12K-SSKPR/L 09 16 12 11 125 8 -4 21 FTNA0305
A16M-SSKPR/L 09 20 16 15 150 10 -2 30 SP T 0903 R/L FTNA0307 TW09P
A20Q-SSKPR/L 09 25 20 19 180 12.5 0 32
* Model Insert: r=0.8 Use left hand insert for right hand holder. P. 74, 120 : Stock Item : Under preparing for stock
Boring bar with coolant hole.
180
Screw on System
STFCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 91 Facing, Through hole, Blind hole machining
(mm)
Stock Screw
Designation D d H L* S* Screw Shim Wrench
for Shim
S10M-STFCR/L 09 13 10 9 150 7 -13 23
TC T 0902 FTKA02206 - - TW06P
Boring Bars
S12M-STFCR/L 09 16 12 11 150 9 -10 28
S12M-STFCR/L 11 16 12 11 150 9 -10 30
S16R-STFCR/L 11 20 16 15 200 11 -6 35 TC T 1102 FTKA02565 - - TW07P
S20S-STFCR/L 11 25 20 18 250 13 -3 36
S20S-STFCR/L 16 25 20 18 250 13 -10 40
FTGA03510 - - TW15P
S25T-STFCR/L 16 32 25 23 300 17 -6 49
TC T 16T3
S32U-STFCR/L 16 40 32 30 350 22 -10 50
FTGA03512 ST32S SHXN0509F TW15P, HW35L
S40V-STFCR/L 16 50 40 37 400 27 -8 60
A10H-STFCR/L 09 13 10 9.5 100 7 -13 23
A12K-STFCR/L 09 16 12 11 125 9 -10 28 TC T 0902 FTKA02206 - - TW06P
A12K-STFCR/L 11 16 12 11 125 9 -10 30
A16M-STFCR/L 11 20 16 15 150 11 -6 35 TC T 1102 FTKA02565 - - TW07P
A20Q-STFCR/L 11 25 20 19 180 13 -3 36
A25R-STFCR/L 16 32 25 24 200 17 -6 49 FTKA03510 - - TW15P
TC T 16T3
A32S-STFCR/L 16 40 32 31 250 22 -10 50 FTGA03512 ST32S SHXN0509F TW15P, HW35L
* Model Insert: r=0.4(I=09, 11) r=0.8(I=16) Boring bar with coolant hole. P. 83, 84, 100, 103, 121 : Stock Item : Under preparing for stock
181
Screw on System
STFPR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 92 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S10M-STFPR/L 11 12 10 9 150 6 -5 -
FTNA0305 TW09P
Boring Bars
S12M-STFPR/L 11 16 12 11 150 8 -4 10
TP T 1103
S16N-STFPR/L 11 20 16 15 160 10 -2 12
FTNA0307 TW09P
S16R-STFPR/L 11 20 16 15 200 10 -2 12
S20N-STFPR/L 16 25 20 18 160 12.5 0 14
TP T 1604 FTNA0408 TW15P
S20S-STFPR/L 16 25 20 18 250 12.5 0 14
A10H-STFPR/L 11 12 10 9.5 100 6 -5 - FTNA0305 TW09P
A12K-STFPR/L 11 16 12 11 125 8 -4 10 TP T 1103
FTNA0307 TW09P
A16M-STFPR/L 11 20 16 15 150 10 -2 12
A20Q-STFPR/L 16 25 20 19 180 12.5 0 14 TP T 1604 FTNA0408 TW15P
* Model Insert: r=0.8 Use left hand insert for right hand holder. P. 86, 87, 109, 115, 121, 122 : Stock Item : Under preparing for stock
Boring bar with coolant hole.
STFPR/L (Carbide shank)
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 92 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
C10M-STFPR/L 11 12 10 9 150 6 -5 - FTNA0305 TW09P
C12M-STFPR/L 11 16 12 11 150 8 -4 - TP T 1103
FTNA0307 TW09P
C16R-STFPR/L 11 20 16 15 200 10 -2 12
C20S-STFPR/L 16 25 20 18 250 12.5 0 14 TP T 1604 FTNA0408 TW15P
E10M-STFPR/L 11 12 10 9.5 150 6 -5 - FTNA0305 TW09P
E12M-STFPR/L 11 16 12 11 150 8 -4 - TP T 1103
FTNA0307 TW09P
E16R-STFPR/L 11 20 16 15 200 10 -2 12
E20S-STFPR/L 16 25 20 19 250 12.5 0 14 TP T 1604 FTNA0408 TW15P
* Model Insert: r=0.8 Use left hand insert for right hand holder. P. 86, 87, 109, 115, 121, 122 : Stock Item : Under preparing for stock
Boring bar with coolant hole.
182
Screw on System
SVQBR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Q style, Lead angle 108 Copy, Reliefing
(mm)
Stock Screw
Designation D d H L* S* f Screw Shim Wrench
for Shim
S32U-SVQBR/L 16 40 32 30 350 22 - 8 56 8.4
Boring Bars
S40V-SVQBR /L 16 50 40 37 400 27 - 8 64 9.4 VB T 1604 FTGA03512 SV32S SHXN0509F TW15P, HW35L
A32S-SVQBR /L 16 40 32 31 250 22 - 8 56 8.4
* Model Insert : r=0.8 Boring bar with coolant hole. P. 90, 91, 100, 103, 110 : Stock Item : Under preparing for stock
SVUBR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 93 Copy
(mm)
Stock Screw
Designation D d H L* S* f Screw Shim Wrench
for Shim
S32U-SVUBR/L 16 40 32 30 350 22 - 8 49 8.4
S40V-SVUBR/L 16 50 40 37 400 27 - 8 56 9.4 VB T 1604 FTGA03512 SV32S SHXN0509F TW15P, HW35L
A32S-SVUBR/L 16 40 32 31 250 22 - 8 49 8.4
* Model Insert : r=0.8 Boring bar with coolant hole. P. 90, 91, 100, 110 : Stock Item : Under preparing for stock
183
Screw on System
SVQCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Q style, Lead angle 108 Copy, Reliefing
(mm)
Stock Screw
Designation D d H L* * S Screw Shim Wrench
for Shim
S16R-SVQCR/L 11 20 16 15 200 11 -7 35
Boring Bars
S20S-SVQCR/L 11 25 20 18 250 13 -6 38 VC T1103 FTKA02565 - - TW07P
S25T-SVQCR/L 11 32 25 23 300 17 -6 42
S20S-SVQCR/L 13 25 20 18 250 13 -6 42
VC T1303 FTKA0307 - - TW09P
S25T-SVQCR/L 13 32 25 23 300 17 -6 45
S25T-SVQCR/L 16 32 25 23 300 17 -6 50 FTGA03510 - - TW15P
S32U-SVQCR/L 16 40 32 30 350 22 -8 56 VC T1604 TW15P
FTGA03512 SV32S SHXN0509F
S40V-SVQCR/L 16 50 40 37 400 27 -8 64 HW35L
* Model Insert: r=0.4(I=11, 13) r=0.8(I=16) P. 90, 91, 101, 103, 110, 122 : Stock Item : Under preparing for stock
SVUCR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 93 Copy
(mm)
Stock Screw
Designation D d H L* * S Screw Shim Wrench
for Shim
S16R-SVUCR/L11 20 16 15 200 11 -7 30
S20S-SVUCR/L11 25 20 18 250 13 -5 33 VC T 1103 FTKA02565 - - TW07P
S25T-SVUCR/L11 32 25 23 300 17 -3 38
S20S-SVUCR/L13 28 20 18 250 16 -5 35 - -
VC T 1303 FTKA0307 TW09P
S25T-SVUCR/L13 32 25 23 300 17 -3 40
S25T-SVUCR/L16 32 25 23 300 19 -6 50 FTGA03510 - - TW15P
S32U-SVUCR/L16 40 32 30 350 22 -8 56 VC T 1604 TW15P
FTGA03512 SV32S SHXN0509F
S40V-SVUCR/L16 50 40 37 400 27 -8 64 HW35L
* Model Insert: r=0.4(I=11, 13) r=0.8(I=16) P. 90, 91, 101, 103, 110, 122 : Stock Item : Under preparing for stock
184
Screw on System/Clamp on System
SWLCR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S25T-SWLCR/L 08 32 25 23 300 17 -7 46
WC T 0804 FTGA0411F TW15P
Boring Bars
S32U-SWLCR/L 08 40 32 30 350 22 -5 51
A25R-SWLCR/L 08 32 25 24 200 17 -7 46
WC T 0804 FTGA0411F TW15P
A32S-SWLCR/L 08 40 32 31 250 22 -5 51
* Model Insert : r=0.8 Boring bar with coolant hole. : Stock Item : Under preparing for stock
CKUNR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 93 Through hole machining
(mm)
Stock Screw for Shim
Designation D d H L* S* Clamp Spring Shim Pin Wrench
clamp screw
S32U-CKUNR/L16 40 32 30 350 22 70
S40V-CKUNR/L16 50 40 37 400 27 60 KN 1604 R/L CTH6R/L CHX0625 SR3,SR4 SK33C/L PN0515 SHX0310 HW40L
S50W-CKUNR/L16 63 50 43 450 35 55
* Model Insert : r=0.8 P. 61 : Stock Item : Under preparing for stock
185
Clamp on System
CSKPR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment K style, Lead angle 75 Turning
(mm)
Stock Screw for
Designation D d H L* S* Clamp Ring Wrench
clamp
S16R-CSKPR-09 20 16 15 200 11 30
SP R 0903 CH5R1C CHX03815 CR04C HW25L
Boring Bars
S20S-CSKPR-09 25 20 18 250 13 36
S20S-CSKPR-12 25 20 18 250 13 28
SP R 1203 CH6R3 CHX0519 CR08 HW30L
S25T-CSKPR-12 32 25 23 300 17 40
* Model Insert : r=0.8 P. 74, 113 : Stock Item : Under preparing for stock
186
Clamp on System
CTFPR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment F style, Lead angle 90 Turning
(mm)
Stock Screw Pin for
Designation D d H L* S* Clamp Ring Shim
Shim
Wrench
for clamp
S12M-CTFPR/L11 16 12 11 150 9 26
Boring Bars
S16R-CTFPR/L11 20 16 15 200 11 40 TP R 1103 CH5R1C CHX03815 CR04C - - HW25L
S20S-CTFPR/L11 25 20 18 250 13 40
S16R-CTFPR/L16 20 16 15 200 11 40
CH6R3C CHX0519 CR04
S20S-CTFPR/L16 25 20 18 250 13 40 - -
S25T-CTFPR/L16 32 25 23 300 17 40 TP R 1603 HW30L
S32U-CTFPR/L16 40 32 30 350 22 45 CH6R3 CHX0621 CR08
ST32C SP3C
S40V-CTFPR/L16 50 40 37 400 27 60
S40V-CTFPR/L22 50 40 37 400 27 60 TP R 2204 CH83R1 CHX07822 CR09 ST43C SP11 HW40L
* Model Insert : r=0.4(I=11) r=0.8(I=16, 22) P. 85 : Stock Item : Under preparing for stock
187
Micro boring bar
STUBR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 95 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S08K-STUBR/L 06 8 8 7 125 4 -12 30
Boring Bars
C08K-STUBR/L 06 8 8 7 125 4 -12 - TB T 060102 FTNA0204 TW06P
A08F-STUBR/L 06 8 8 7.5 80 4 -12 30
* Model Insert : r=0.8 Boring bar with coolant hole. P. 82,120 : Stock Item : Under preparing for stock
STUPR/L
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 92 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S08K-STUPR/L 08 10 8 7 125 5 -10 18
C08K-STUPR/L 08 10 8 7 125 5 -10 - TP T 080202 FTNA02205 TW06P
A08F-STUPR/L 08 10 8 7.5 80 5 -10 18
* Model Insert: r=0.2 Use left hand insert for right hand holder. P. 86, 87, 109, 115, 121, 122 : Stock Item : Under preparing for stock
Boring bar with coolant hole.
188
Micro boring bar
SWUBR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment U style, Lead angle 92 Facing, Through hole, Blind hole machining
(mm)
Stock
Designation D d H L* S* Screw Wrench
S05H-SWUBR/L 02 5.5 5 4.5 100 2.75 -12 - FTNA0203
WB T020102 TW06P
Boring Bars
S08K-SWUBR/L 02 8 8 7 125 4 -10 30 FTNA02033
S08K-SWUBR/L S3 10 8 7 125 5 -13 18 WB TS30202 FTNA02205 TW06P
C05H-SWUBR/L 02 5.5 5 4.5 100 2.75 -12 -
WB T020102 FTNA0203 TW06P
C08K-SWUBR/L 02 8 8 7 125 4 -10 30
C08K-SWUBR/L S3 10 8 7 125 5 -13 18 WB TS30202 FTNA02033 TW06P
A08F-SWUBR/L 02 8 8 7.5 80 4 -10 30 WB T020102 FTNA0203
TW06P
A08F-SWUBR/L S3 10 8 7.5 80 5 -13 16 WB TS30202 FTNA02205
E05H-SWUBR/L 02 5.5 5 4.5 100 2.75 -12 - FTNA0203
WB T020102 TW06P
E08K-SWUBR/L 02 8 8 7 125 4 -10 30 FTNA02033
* Model Insert: r=0.2 Use left hand insert for right hand holder. P. 95 : Stock Item : Under preparing for stock
Boring bar with coolant hole.
189
Multi Lock System
MCLNR/L
TURNING
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning
(mm)
Stock D Screw for
Designation d h L* S* Clamp Shim Shim pin Wrench
min clamp
S25T-MCLNR/L12 32 25 23 300 17.0 36
HW23.8L
CN G 1204
Boring Bars
S32U-MCLNR/L12 40 32 30 350 22.0 50 CDH6N DHA1/4-19 SC43D SP4DS
HW30L
S40V-MCLNR/L12 50 40 37 400 27.0 60
A25R-MCLNR/L12 32 25 23 200 17.0 40 HW23.8L
CN G 1204 CDH6N DHA1/4-21 SC43D SP4D
A32S-MCLNR/L12 40 32 30 250 22.0 50 HW30L
* Model Insert : r=0.8 Boring bar with coolant hole. P. 48~53, 104, 107, 111, 125 : Stock Item : Under preparing for stock
MWLNR/L
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment L style, Lead angle 95 Turning
(mm)
Stock D Screw for
Designation d h L* S* Clamp Shim Shim pin Wrench
min clamp
S25T-MWLNR/L06 32 25 23 300 17.0 36
HW23.8L
S32U-MWLNR/L06 40 32 30 350 22.0 50 WN G 0604 CDH6N DHA1/4-25 SW32D SP3D
HW30L
S40V-MWLNR/L06 50 40 37 400 27.0 60
S25T-MWLNR/L08 32 25 23 300 17.0 36
HW23.8L
S32U-MWLNR/L08 40 32 30 350 22.0 50 WN G 0804 CDH6N DHA1/4-19 SW43D SP4DS
HW30L
S40V-MWLNR/L08 50 40 37 400 27.0 60
S25R-MWLNR/L06 32 25 23 200 17.0 40 HW20L
WN G 0604 CDH6N DHA1/4-25 SW32D SP3D
S32S-MWLNR/L06 40 32 30 250 22.0 50 HW30L
S25R-MWLNR/L08 32 25 23 200 17.0 40 HW23.8L
WN G 0804 CDH6N DHA1/4-19 SW43D SP4DS
S32S-MWLNR/L08 40 32 30 250 22.0 50 HW30L
* Model Insert : r=0.8 P. 91~95, 105 : Stock Item : Under preparing for stock
190
SLEEVE
SLEEVE
TURNING
Ref Holder Style Application Available Inserts Parts
Comment
(mm)
Designation Stock d Screw Wrench
BSL0416 4 C04G-SCLCR/L0305
Boring Bars
BSL0516 5 C05H-SCLCR/L0306 M4-4
HW20L
BSL0616 6 C06J-SCLCR/L0407 Bolt
BSL0716 7 C07K-SCLCR/L0408
P. 176 : Stock Item : Under preparing for stock
191
Fine tool inserts
FTG For grooving USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
PC215K
Designation ASA
PC230
ST30A
Holder S b g t
CN20
CN30
D d2
G10
H01
FTIH08000S FTG 08075R 8 7.8 0.75 1.5 6 4.0
FTIH08000C 08085R 8 7.8 0.85 1.5 6 4.0
08095R 8 7.8 0.95 1.5 6 4.0
08100R 8 7.8 1.00 1.8 6 4.0
08121R 8 7.8 1.21 1.8 6 4.0
08141R 8 7.8 1.41 1.8 6 4.0
08152R 8 7.8 1.52 1.8 6 4.0
FTG 08171R 8 7.8 1.71 1.8 6 4.0
08200R 8 7.8 2.00 1.8 6 4.0
FTG 08202R 8 7.8 2.02 1.8 6 4.0
FTIH11000S FTG 11075R 11 10.7 0.75 2 8 5.05
F.G Inserts
FTIH11000C 11085R 11 10.7 0.85 2 8 5.05
11095R 11 10.7 0.95 2 8 5.05
11100R 11 10.7 1.00 2 8 5.05
11115R 11 10.7 1.15 2.8 8 5.05
11121R 11 10.7 1.21 2.8 8 5.05
11135R 11 10.7 1.35 2.8 8 5.05
11141R 11 10.7 1.41 2.8 8 5.05
11152R 11 10.7 1.52 2.8 8 5.05
11165R 11 10.7 1.65 2.8 8 5.05
FTG 11171R 11 10.7 1.71 2.8 8 5.05
11200R 11 10.7 2.00 2.8 8 5.05
FTG 11202R 11 10.7 2.02 2.8 8 5.05
FTG 11252R 11 10.7 2.52 2.8 8 5.05
FTG 11302R 11 10.7 3.02 2.8 8 5.05
FTIH14000S FTG 14075R 14 13.5 0.75 2 9 6.0
FTIH14000C 14085R 14 13.5 0.85 2 9 6.0
14095R 14 13.5 0.95 2 9 6.0
14100R 14 13.5 1.00 2 9 6.0
14115R 14 13.5 1.15 4.3 9 6.0
14121R 14 13.5 1.21 4.3 9 6.0
14141R 14 13.5 1.41 4.3 9 6.0
14152R 14 13.5 1.52 4.3 9 6.0
14165R 14 13.5 1.65 4.3 9 6.0
14171R 14 13.5 1.71 4.3 9 6.0
14190R 14 13.5 1.90 4.3 9 6.0
14200R 14 13.5 2.00 4.3 9 6.0
FTG 14202R 14 13.5 2.02 4.3 9 6.0
FTG 14252R 14 13.5 2.52 4.3 9 6.0
FTG 14302R 14 13.5 3.02 4.3 9 6.0
FTIH16000S FTG 16075R 16 15.7 0.75 2 11 6.0
FTIH16000C 16085R 16 15.7 0.85 2 11 6.0
16095R 16 15.7 0.95 2 11 6.0
16100R 16 15.7 1.00 2 11 6.0
16115R 16 15.7 1.15 4.6 11 6.0
16121R 16 15.7 1.21 4.6 11 6.0
16141R 16 15.7 1.41 4.6 11 6.0
16165R 16 15.7 1.65 4.6 11 6.0
16171R 16 15.7 1.71 4.6 11 6.0
16190R 16 15.7 1.90 4.6 11 6.0
16200R 16 15.7 2.00 4.6 11 6.0
FTG 16202R 16 15.7 2.02 4.6 11 6.0
FTG 16220R 16 15.7 2.20 4.6 11 6.0
FTG 16252R 16 15.7 2.52 4.6 11 6.0
FTG 16270R 16 15.7 2.70 4.6 11 6.0
16300R 16 15.7 3.00 4.6 11 6.0
FTG 16302R 16 15.7 3.02 4.6 11 6.0
FTG 16320R 16 15.7 3.20 4.6 11 6.0
FTG 16352R 16 15.7 3.52 4.6 11 6.0
FTG 16402R 16 15.7 4.02 4.6 11 6.0
P. 215 Tool for outer diameter & inner diameter machining. : Stock Item : Under preparing for stock
192
Fine tool inserts
FTT For threading USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
PC215K
Designation ASA
PC230
ST30A
Holder S f t
CN20
CN30
D Pitch d2
G10
FTIH08000S “0.5
FTT 080515R-M 8 7.8 6 1.0 3.85
FTIH08000C ~1.5”
FTIH11000S “0.5
110525R-M 11 10.7 8 1.6 4.9
FTIH11000C ~2.5”
FTIH14000S “1.0
141025R-M 14 13.5 9 1.6 5.85
FTIH14000C ~2.5”
FTIH16000S “1.0
161025R-M 16 15.7 11 1.6 5.8
FTIH16000C ~2.5”
F.G Inserts
P. 215 : Stock Item : Under preparing for stock
FTF For copy USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
PC215K
Designation ASA
PC230
ST30A
Holder
CN20
CN30
D b r S g d2 t
G10
FTIH08000S FTF 0808R 8 0.8 0.4 7.8 1.5 6 4.0
FTIH08000C 0812R 8 1.2 0.6 7.8 1.5 6 4.0
0818R 8 1.8 0.9 7.8 1.5 6 4.0
FTIH11000S 1108R 11 0.8 0.4 10.7 2.8 8 5.05
FTIH11000C 1112R 11 1.2 0.6 10.7 2.8 8 5.05
1118R 11 1.8 0.9 10.7 2.8 8 5.05
1120R 11 2.0 1.0 10.7 2.8 8 5.05
1130R 11 3.0 1.5 10.7 2.8 8 5.05
FTIH14000S 1412R 14 1.2 0.6 13.5 4.3 9 6.0
FTIH14000C 1418R 14 1.8 0.9 13.5 4.3 9 6.0
1420R 14 2.0 1.0 13.5 4.3 9 6.0
1422R 14 2.2 1.1 13.5 4.3 9 6.0
1430R 14 3.0 1.5 13.5 4.3 9 6.0
FTIH16000S 1618R 16 1.8 0.9 15.7 4.6 11 6.0
FTIH16000C 1622R 16 2.2 1.1 15.7 4.6 11 6.0
1630R 16 3.0 1.5 15.7 4.6 11 6.0
1640R 16 4.0 2.0 15.7 4.6 11 6.0
P. 215 : Stock Item : Under preparing for stock
193
MGT insert
MGMNOOO : b = 0.05
MGM(G)N-M For grooving, turning USE Geometry
MGGNOOO : b = 0.02
Recommendation
MGM(G)N-M for aluminum machining with
carbide grade is available.
Please contact us for more information.
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
PC215K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC9030
ASA
CN100
CN200
PC230
Holder b l d t
CN20
r
CT10
ST10
G10
H01
MGEHR/L MGMN 200-M 2.0 0.2 16.0 1.2 3.5
MGEVR/L 250-M 2.5 0.2 18.5 2.0 3.85
MGIVR/L 300-02-M 3.0 0.2 21.0 2.35 4.8
300-M 3.0 0.4 21.0 2.35 4.8
350-03-M 3.5 0.3 21.0 2.9 4.8
400-02-M 4.0 0.2 21.0 3.3 4.8
400-M 4.0 0.4 21.0 3.3 4.8
500-04-M 5.0 0.4 26.0 4.1 5.8
500-M 5.0 0.8 26.0 4.1 5.8
600-M 6.0 0.8 26.0 5.0 5.8
F.G Inserts
800-M 8.0 0.8 31.0 6.0 6.5
MGGN 300-02-M 3.0 0.2 21.0 2.35 4.8
300-04-M 3.0 0.4 21.0 2.35 4.8
300-08-M 3.0 0.8 21.0 2.35 4.8
400-02-M 4.0 0.2 21.0 3.3 4.8
400-04-M 4.0 0.4 21.0 3.3 4.8
400-08-M 4.0 0.8 21.0 3.3 4.8
500-02-M 5.0 0.2 26.0 4.1 5.8
500-04-M 5.0 0.4 26.0 4.1 5.8
500-08-M 5.0 0.8 26.0 4.1 5.8
600-02-M 6.0 0.2 26.0 5.0 5.8
600-04-M 6.0 0.4 26.0 5.0 5.8
600-08-M 6.0 0.8 26.0 5.0 5.8
P. 210, 211, 213 : Stock Item : Under preparing for stock
MGMN-G For grooving USE Geometry
MGMNOOO : b = 0.05
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
PC3535
ASA
CN100
CN200
Holder b l d t
CN20
r
CT10
ST10
G10
H01
MGEHR/L MGMN 150-G 1.5 0.15 16.0 1.2 3.5
MGEVR/L 200-G 2.0 0.2 16.0 1.6 3.5
MGIVR/L 250-G 2.5 0.2 18.5 2.0 3.85
300-G 3.0 0.4 21.0 2.35 4.8
400-G 4.0 0.4 21.0 3.3 4.8
500-G 5.0 0.8 26.0 4.1 5.8
600-G 6.0 0.8 26.0 5.0 5.8
P. 210, 211, 213 : Stock Item : Under preparing for stock
194
Grooving inserts
MRMNOOO : b = 0.05
MRMN-M For grooving, Copy USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
PC230
Holder b l d t
CN20
r
CT10
ST10
G10
H01
MGEHR/L MRMN 200-M 2.0 1.0 16.0 1.50 3.5
MGEUR/L 300-M 3.0 1.5 21.0 2.35 4.8
MGIVR/L 400-M 4.0 2.0 21.0 3.3 4.8
MGIUR/L 500-M 5.0 2.5 26.0 4.1 5.8
600-M 6.0 3.0 26.0 5.0 5.8
800-M 8.0 4.0 31.0 6.0 6.5
P. 210, 212, 214 : Stock Item : Under preparing for stock
F.G Inserts
MRGNOOO : b = 0.03
MRGN-A For aluminum machining USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder b l d t
CN20
r
CT10
ST10
G10
H01
MGEHR/L MRGN 400-A 4.0 2.0 21.0 3.3 4.8
MGEUR/L 500-A 5.0 2.5 26.0 4.1 5.8
MGIVR/L 600-A 6.0 3.0 26.0 5.0 5.8
MGIUR/L 800-A 8.0 4.0 31.0 6.0 6.5
P. 210, 212, 214 : Stock Item : Under preparing for stock
DB For Deep and Wide Grooving USE Geometry
Recommendation
b= 0.05
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder b t r
CN20
I
CT10
ST10
G10
H01
DBH DB 300 3.0 20 7.5 0.2
400 4.0 20 7.5 0.2
500 5.0 20 7.5 0.2
600 6.0 20 7.5 0.2
700 7.0 20 7.5 0.2
800 8.0 20 7.5 0.2
P. 216 : Stock Item : Under preparing for stock
195
Grooving inserts
DC For Deep and Wide Grooving USE Geometry
Recommendation
TURNING
b= 0.05
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder b t r
CN20
I
CT10
ST10
G10
H01
DBH DC 300 3.0 20 7.5 0.2
400 4.0 20 7.5 0.25
500 5.0 20 7.5 0.3
P. 216 : Stock Item : Under preparing for stock
F.G Inserts
GW For Wide Grooving USE Geometry
Recommendation
b= 0.05
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
ST30A
Holder b w l t
CN20
g
CT10
ST10
G10
H01
GFT 525 GW 110R 1.1 2.1 3.1 16 5.0
825 110L 1.1 2.1 3.1 16 5.0
GFIP 525 130R 1.3 2.3 3.1 16 5.0
540 130L 1.3 2.3 3.1 16 5.0
840 160R 1.6 2.6 3.1 16 5.0
GFIP 316 160L 1.6 2.6 3.1 16 5.0
325 185R 1.85 2.9 3.1 16 5.0
340 185L 1.85 2.9 3.1 16 5.0
215R 2.15 3.2 3.1 16 5.0
215L 2.15 3.2 3.1 16 5.0
265R 2.65 3.7 3.1 16 5.0
265L 2.65 3.7 3.1 16 5.0
300R 3.0 4.0 3.1 16 5.0
300L 3.0 4.0 3.1 16 5.0
315R 3.15 4.2 5.1 22 6.0
315L 3.15 4.2 5.1 22 6.0
415R 4.15 5.2 5.1 22 6.0
415L 4.15 5.2 5.1 22 6.0
500R 5.0 6.0 5.1 22 6.0
500L 5.0 6.0 5.1 22 6.0
600R 6.0 7.0 8.1 27 7.0
600L 6.0 7.0 8.1 27 7.0
800R 8.0 9.0 8.1 27 7.0
800L 8.0 9.0 8.1 27 7.0
P. 218, 220 : Stock Item : Under preparing for stock
196
Grooving inserts
GO For O-Ring Grooving USE Geometry
Recommendation
+0.10
b = - 0.05
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
PC215K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC9030
ASA
CN100
CN200
Holder b w r d
CN20
g
CT10
ST10
ST20
G10
H01
GH - GO 250 2.5 1.5 3.3 0.35 9.525
320 3.2 2.0 3.8 0.35 9.525
410 4.1 2.5 4.5 0.65 9.525
F.G Inserts
P. 218 : Stock Item : Under preparing for stock
GS For Narrow Grooving USE Geometry
Recommendation
b= 0.025
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder b w r d
CN20
g
CT10
ST10
ST20
G10
H01
GH - GS 125 1.23 1.5 2.5 0.2 9.525
145 1.43 1.5 2.5 0.2 9.525
175 1.73 2.0 2.5 0.2 9.525
185 1.83 2.0 2.5 0.2 9.525
200 2.03 2.5 2.5 0.2 9.525
230 2.28 3.5 2.8 0.2 9.525
280 2.78 3.5 3.3 0.3 9.525
330 3.28 4.0 3.8 0.3 9.525
430 4.28 4.0 4.5 0.4 9.525
P. 218 : Stock Item : Under preparing for stock
197
Grooving inserts
TB For Narrow Grooving USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
Designation
NC3010
NC3020
NC3030
NC9020
NC6010
ASA
PC8010
PC9030
CN100
CN200
Holder b g w r d
CN20
CT10
ST10
ST20
G10
H01
TBH 3 - TB 3125R 1.25 1.5 4.76 0.2 9.525
3145R 1.45 1.5 4.76 0.2 9.525
3175R 1.75 2.5 4.76 0.2 9.525
3185R 1.85 2.5 4.76 0.2 9.525
3200R 2.00 2.5 4.76 0.2 9.525
3230R 2.30 3.5 4.76 0.3 9.525
3280R 2.80 3.5 4.76 0.3 9.525
3330R 3.30 3.5 4.76 0.3 9.525
3430R 4.30 3.5 4.76 0.4 9.525
TBH 4 - TB 4125R 1.25 2.0 4.76 0.2 12.7
F.G Inserts
4145R 1.45 2.0 4.76 0.2 12.7
4150R 1.50 3.5 4.76 0.2 12.7
4175R 1.75 3.5 4.76 0.2 12.7
4185R 1.85 3.5 4.76 0.2 12.7
4200R 2.00 3.5 4.76 0.2 12.7
4215R 2.15 3.5 4.76 0.2 12.7
4230R 2.30 3.5 4.76 0.2 12.7
4250R 2.50 4.0 4.76 0.3 12.7
4265R 2.65 4.0 4.76 0.3 12.7
4280R 2.80 4.0 4.76 0.3 12.7
4300R 3.00 4.0 4.76 0.3 12.7
4330R 3.30 4.0 4.76 0.3 12.7
4350R 3.50 5.0 4.76 0.3 12.7
4400R 4.00 5.0 4.76 0.4 12.7
4430R 4.30 5.0 4.76 0.4 12.7
4450R 4.50 5.0 4.76 0.4 12.7
P. 219 : Stock Item : Under preparing for stock
IG For Internal Grooving USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
PC215K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
ST30A
Holder b t d d1
CN20
g
CT10
ST10
G10
H01
IGH IG 125 1.25 1.5 3.18 6.35 2.8
145 1.45 1.5 3.18 6.35 2.8
175 1.75 1.5 3.18 6.35 2.8
200 2.0 2.3 3.18 6.35 2.8
230 2.3 2.3 3.18 6.35 2.8
280 2.8 2.3 3.18 6.35 2.8
P. 221 : Stock Item : Under preparing for stock
198
Forming / Parting off inserts
FGD, FGM, FMM For Facial Grooving Geometry
TURNING
FGD FGD FGD
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
PC215K
NC3010
NC3020
NC3030
NC9020
Designation
PC6510
PC8010
PC3535
ASA
CN100
CN200
Holder b t r
CN20
I
CT10
ST10
G10
H01
FGHH FGD 300R-03 3.0 15 4.0 0.3
FGVH 400R-04 4.0 15 4.5 0.4
500R-04 5.0 15 5.0 0.4
FGM 300R-03 3.0 15 4.0 0.3
400R-04 4.0 15 4.5 0.4
500R-04 5.0 15 5.0 0.4
FMM 300R-03 3.0 15 3.91 0.3
400R-04 4.0 15 3.96 0.4
500R-04 5.0 15 4.42 0.4
P. 217 : Stock Item : Under preparing for stock
F.G Inserts
BF For Forming USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
ST30A
Holder w t
CN20
I
CT10
ST10
G10
H01
GFT BF- 3 3.1 5.26 16.4
5 5.1 6.26 22.4
8 8.1 7.26 27.4
P. 218, 220 : Stock Item : Under preparing for stock
GR For Reliefing USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
ST30A
Holder b w l t r
CN20
g
CT10
ST10
G10
H01
GFIK GR 310R 2.0 2.0 3.1 15.9 5.0 1.0
315R 3.0 2.9 3.1 15.9 5.0 1.5
520R 4.0 4.0 5.1 21.9 6.0 2.0
525R 5.0 5.0 5.1 21.8 6.0 2.5
830R 6.0 6.0 8.1 26.8 7.0 3.0
840R 8.0 8.0 8.1 26.7 7.0 4.0
P. 220 : Stock Item : Under preparing for stock
199
Forming / Parting off inserts
ESB Regrinding type insert USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder w I t
CN20
CT10
ST10
ST20
G10
H01
EH 6 ESB 34 9.525 30.0 6.35
F.G Inserts
P. 167 : Stock Item : Under preparing for stock
POB For Parting off USE Geometry
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder w I t
CN20
CT10
ST10
ST20
G10
H01
PH POB 300 3.0 55 6.0
400 4.0 55 7.0
500 5.0 55 8.0
P. 219 : Stock Item : Under preparing for stock
200
Forming / Parting off inserts
SNMN For Pipe Scalping USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
Holder I R a
CN20
t
CT10
ST10
G10
H01
SNMN1207 -10R 12.7 7.94 10 2.1
-12R 12.7 7.94 12 2.1
-16R 12.7 7.94 16 2.1
-18R 12.7 7.94 18 2.1
-20R 12.7 7.94 20 2.1
-30R 12.7 7.94 30 2.1
-35R 12.7 7.94 35 2.1
-40R 12.7 7.94 40 2.1
-45R 12.7 7.94 45 2.1
-50R 12.7 7.94 50 2.1
F.G Inserts
-60R 12.7 7.94 60 2.1
-70R 12.7 7.94 70 2.1
-80R 12.7 7.94 80 2.1
-90R 12.7 7.94 90 2.1
-100R 12.7 7.94 100 2.1
SNMN1507 -70R 15.875 7.94 70 2.5
-80R 15.875 7.94 80 2.5
: Stock Item : Under preparing for stock
SP For Parting off USE Geometry
R type L type
Recommendation
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM325
NC500H
NC3010
NC3020
NC3030
Designation
PC8010
PC9030
PC6510
ASA
CN100
CN200
PC230
ST30A
Holder w I
CN20
r
CT10
ST10
G10
H01
SPB SP 200 2.2 9.3 0.2
SPB S 200R 2.2 9.3 0.2
SPH 200L 2.2 9.3 0.2
SPH S 300 3.1 11.3 0.2
300R 3.1 11.3 0.2
300L 3.1 11.3 0.2
300H 3.1 11.4 0.2
400 4.1 11.3 0.25
400R 4.1 11.3 0.25
400L 4.1 11.3 0.25
400H 4.1 11.4 0.25
500 5.1 11.4 0.3
500R 5.1 11.4 0.3
500L 5.1 11.4 0.3
600 6.4 11.4 0.35
600R 6.4 11.4 0.35
600L 6.4 11.4 0.35
P. 221~223 : Stock Item : Under preparing for stock
201
Forming, Grooving, Parting-off, Relieving Tool Index
Shape Designation Use Available Insert
MGEHR/L MGEHR/L 2020-
2525-
3232- External Grooving
2020- -T External Turning
2525- -T MGMN 200-G
P. 210 3232- -T 300-G
MGEVR/L MGEVR/L 2020- 400-G
2525- 500-G
3232- External, Facial Grooving MGMN 300-M
400-M
500-M
P. 211
600-M
MGEUR/L MGEUR/L 2020-
MRMN 300-M
2525-
400-M
3232-
External Relief Machining 500-M
600-M
P. 212
800-M
MGGN 300- -M
MGIVR/L MGIVR/L 2520-
400- -M
F.G Tool-holders & Boring Bars
3125-
Internal Grooving 500- -M
3732-
600- -M
4540- Internal Turning
MRGN 600-A
P. 213 800-A
MGIUR/L MGIUR/L 3520-
4025-
5032-
Internal Relief Machining
P. 214 P. 194, 195
FTIH FTIH 08312S 14316C
08312C 14416C
08412C 14516C
08512C 16312S FTG 08000~16000R/L
Internal Grooving, Forming,
11312S 16312C FTT 08000~16000R/L
11412C 16412C Threading FTF 08000~16000R/L
11512C 16512C Turning, Milling Grooving
14312S 16316C
14312C 16416C
14412C 16516C
14512C
P. 215 P. 192, 193
DBH DBH 320
325
520
525 Grooving (Deep & Wide) DC 300~500
720 DB 300~800
725
P. 216 P. 195, 196
FGHH FGHH 325R-48/60
FGVH FGVH 60/75
75/100 FGD 300R-03
100/140 400R-04
FGHH 425R-48/60 500R-04
FGVH 60/75 FGM 300R-03
Facial Grooving 400R-04
75/100
100/140 500R-04
FMM 300R-03
FGHH 525R-48/60
400R-04
FGVH 60/75
500R-05
75/100
100/140
P. 217 P. 199
202
Shape Designation Use Available Insert
GFT 325
GFT 525 GW 110R/L~800R/L
825 BF 3
Forming, Grooving
5
(Deep & Wide) 8
P. 218 P. 196, 199
GH 2020-3
GH -4
2525-3 GS 125~430
Grooving
-4 GO 250~410
(Narrow, O-Ring, Snap Ring)
P. 218 P. 197
PH 320
PH 325 POB 300
420 400
F.G Tool-holders & Boring Bars
425 Parting off, Grooving 500
525
P. 219 P. 200
TBH 320-23R 420-33R
TBH 320-33R 420-45R
320-43R 425-23R TB 3125~3430
325-23R 425-33R Narrow Grooving TB 4125~4450
325-33R 425-45R
325-43R
P. 219 420-23R P. 198
GFIK 316
GFIK 325
340
GR 310R/L~840R/L
525 Relief Grooving
540
840
P. 220 P. 119
GFIP 316
GFIP 320 GW 110R/L~800R/L
325 BF 3
340 Internal Grooving 5
525 8
540
P. 220 840 P. 196, 199
IGH 214
IGH 216
220 IG 125~280
Internal, Small diameter
Grooving
P. 221 P. 198
SPB 226 232
SPB SPB-S 326 332 SP 200
SPB-S 300
426 432
400
526 532 Parting off 500
626 632 600
P. 221, 222 P. 201
203
Forming, Grooving, Parting-off, Relieving Tool Index
Shape Designation Use Available Insert
SPH 316
SPH SPH-S 320
SPH-S SP 300
325 400
420 Parting off 500
425 600
520
P. 222, 223 525 P. 201
SMBB 1626
SMBB 2026 SPB 226 232
2032 SPB-S 326 332
426 432
2526 Saw-man Blade Block 526 532
2532 626 632
3232
P. 223 P. 221, 222
F.G Tool-holders & Boring Bars
204
M.G.T Technical Guide
Appication Range of M.G.T. Insert
Cutting Speed: 120-180(m/min)
Work-Piece: SCM440
MGMN600-M
MGMN500-M
MGMN400-M
MGMN300-M
F.G Tool-holders & Boring Bars
Depth of Cut, Feed and Width of Cutting Edge Depth of Cut in Grooving Operation
If the depth of cut and feed are too bigger than the width of It can be performed as deep as Tmax of the holder.
cutting edge, it may bring into breaking due to increasing of
cutting resistance of insert.
If the depth of cut and feed are tool smaller than the width of
cutting edge, it may lead to the vibration or unstable
machining due to no formation of the sub-cutting edge relief
angle.
The Basis of Selection for Grades
Work-Piece The Basis of Selection for Grades (Grooving, Turning)
Wear resistance Toughness
ISO Material Grade
CVD NC3010 NC3020 NC3030
Carbon steel
P PVD PC3535(PC230)
Alloy steel
Cermet CT10 CN20
CVD NC3020 NC3030
Stainless
M steel
PVD PC9030(PC230)
CVD NC6010 NC315K
Cast iron
K PVD PC205K PC215K
Aluminium Uncoated H01 G10
: Primary Recommendation
205
M.G.T Technical Guide
Applcation Range of M.G.T. Insert
Steel Stainless Steel Cast Iron Aluminium
CVD PVD Cermet CVD PVD PVD Carbide Carbide
NC3020 NC3030 PC230 PC3535 CN20 CT10 NC3030 PC230 PC9030 PC215K G10 H01
MGMN150-G - - - - - - - - - -
MGMN200-G - - - -
MGMN200-M - - - - - - - - - -
MGMN250-G - - - - - - - - - -
MGMN250-M - - - - - - - - - -
MGMN300-G - - - - -
MGMN400-G - - - - -
MGMN500-G - - - - -
F.G Tool-holders & Boring Bars
MGMN300-M - - - - -
MGMN400-M - - - - -
MGMN500-M - - - - -
MGMN600-M - - - - -
MGMN800-M - - - - -
MGGN300-00-M - - - - - - - - - -
MGGN400-00-M - - - - - - - - - -
MGGN500-00-M - - - - - - - - - -
MGGN600-00-M - - - - - - - - - -
MRMN300-M - - - - -
MRMN400-M - - - - -
MRMN500-M - - - - -
MRMN600-M - - - - -
MRMN800-M - - - - -
MRGN600-A - - - - - - - - - - -
MRGN800-A - - - - - - - - - - -
Note / : Stock : Order Made
M.G.T Applications
Grooving
206
Applcation Range of M.G.T. Insert
Feed by Cat.No. Recommended cutting speed by Work-piece
Carbon Steel High Hardened Alloy Steel Hardend Steel STS Cast ironl AI
Feed
Cat.No
(mm/rev) NC3020 NC3030 CN20 NC3020 NC3030 CN20 NC3020 NC3030 CN20 PC9030 PC215K H01
CT10 PC230 CT10 CT10 PC230
MGMN150-G 0.05 200 170 170 180 150 150 130 100 100 160 210 -
MGMN200-M(G) 0.12 180 150 150 160 130 130 120 90 90 150 180 -
MRMN250-M(G)
0.2 150 120 120 130 100 100 90 60 60 130 150 -
MGMN300-M(G) 0.07 190 160 160 160 130 130 120 90 90 160 200 -
MGGN300-00-M 0.15 170 140 140 140 110 110 100 70 70 140 180 -
MRMN300-M
0.25 140 110 110 120 90 90 60 40 40 120 150 -
MGMN400-M(G) 0.13 200 170 170 180 150 150 130 100 100 160 210 -
F.G Tool-holders & Boring Bars
MGGN400-00-M 0.25 170 140 140 160 130 130 110 80 80 140 180 -
MRMN400-M
0.35 120 100 100 130 100 100 70 50 50 120 130 -
MGMN500-M(G) 0.15~0.2 180 150 150 160 130 130 120 90 90 150 180 -
MGGN500-00-M 0.3 150 120 120 130 100 100 70 50 50 120 130 -
MRMN500-M
0.4 120 100 100 100 80 80 60 40 40 100 120 -
MGMN600-M 0.25 190 160 160 160 130 130 100 70 70 160 190 -
MGGN600-00-M 0.35 150 120 120 100 80 80 70 50 50 110 150 -
MRMN600-M
0.5 120 90 90 80 50 50 50 30 30 80 120 -
0.25 190 160 160 160 130 130 100 70 70 160 190 -
MRMN800-M 0.35 150 120 120 100 80 80 70 50 50 110 150 -
0.4 120 90 90 80 50 50 50 30 30 80 120 -
MRGN 300-A 0.1 - - - - - - - - - - - 250~1000
400-A
500-A 0.25 - - - - - - - - - - - 250~800
600-A 0.4 - - - - - - - - - - - 250~700
0.1 - - - - - - - - - - - 250~1000
MRGN800-A 0.25 - - - - - - - - - - - 250~800
0.4 - - - - - - - - - - - 250~700
Recommendations written above are subject to change as per machine,work piece,etc.
Contact KORLOY for more information.
Cornering Turning
207
Fine tool Technical Guide
Applications
Internal grooving, Copying, Threading and Boring at 8~ 20.
Features
1. Strong clamping structure and special insert shape suitable to the
internal operation of small diameter.
2. Various cutting operations are possible because one holder can
be appliedwith 6 kinds of inserts as the cutting
purpose.
3. Guarantee of the optimal tool life as the combination of TiAlN
coating layer and the good toughness substrates.
4. High precision cutting operations are ensured by precise grinding
F.G Tool-holders & Boring Bars
class inserts.
Application Examples
<Grooving, Boring> <Copying>
Recommended Cutting Conditions
Grade Cutting Conditions(V:m/min, f:min/rev)
Work-piece
Minimum Cutting Diameter
Material PC230 PC215K
Carbon Steel
Alloy Steel
Cast Iron
Non-ferrous Alloy
Notice 1. If the tool has vibration, reduce cutting speed and feed.
2. It is favorable to start lowest cutting condition written above, and increase the conditions step by step.
3. Use step feeding, if the grooving depth exceed 1mm.
208
Clamping System
Screw Inserts Holder
Grooving
F.G Tool-holders & Boring Bars
Copy
Overhang(3D, 4D, 5D)
Threading
Useful Setting Method
R type
R/L types of insert
can be assembled
on one holder.
L type
209
M.G.T Holder for External Machining
MGEHR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment External Grooving , Turning
(mm)
Stock
Designation H(h) W L S TMAX Screw Wrench
MGEHR/L 1616-1.5 16 16 100 16.25 14.5
2020-1.5 20 20 125 20.25 14.5 MGMN150-G
F.G Tool-holders & Boring Bars
LTX0512 TW20L
2525-1.5 25 25 150 25.25 14.5
1212-2 12 12 100 14.25 14.5
1616-2 16 16 100 16.25 14.5 MGMN200-G
BHA0616 HW50L
2020-2 20 20 125 20.25 14.5 MGMN200-M
2525-2 25 25 150 25.25 14.5
1616-2.5 16 16 100 16.30 16.5
MGMN250-G
2020-2.5 20 20 125 20.30 16.5 MHA0512 HW40L
MGMN250-M
2525-2.5 25 25 150 25.30 16.5
1616-3 16 16 100 16.35 18.5
2020-3 20 20 125 20.4 18
2020-3-T10 20 20 125 20.4 10 MGMN300-M
2525-3 25 25 150 25.4 18 MGGN300- -M
2525-3-T10 25 25 150 25.4 10 MRMN300-M
3232-3 32 32 170 32.4 18
3232-3-T10 32 32 170 32.4 10
2020-4 20 20 125 20.4 18
2020-4-T10 20 20 125 20.4 10
MGMN400-M
2525-4 25 25 150 25.4 18
MGGN400- -M
2525-4-T10 25 25 150 25.4 10 MRMN400-M
3232-4 32 32 170 32.4 18
3232-4-T10 32 32 170 32.4 10
2020-5 20 20 150 20.5 23
2020-5-T15 20 20 150 20.5 15
MGMN500-M
2525-5 25 25 150 25.5 23
MGGN500- -M
2525-5-T15 25 25 150 25.5 15
MRMN500-M
3232-5 32 32 170 32.5 23
3232-5-T15 32 32 170 32.5 15 BHA0616 HW 50L
2020-6 20 20 125 20.6 23
2020-6-T15 20 20 125 20.6 15
MGMN600-M
2525-6 25 25 150 25.6 23
MGGN600- -M
2525-6-T15 25 25 150 25.6 15 MRMN600-M
3232-6 32 32 170 32.6 23
3232-6-T15 32 32 170 32.6 15
2525-8 25 25 150 26.1 28
2525-8-T15 25 25 150 26.1 15 MRMN800-M
3232-8 32 32 170 33.1 28
3232-8-T15 32 32 170 33.1 16
2525-6A 25 25 150 25.6 23
2525-6A-T15 25 25 150 25.6 15
MRGN600-A
3232-6A 32 32 170 32.6 23
3232-6A-T15 32 32 170 32.6 15
2525-8A 25 25 150 26.1 28
2525-8A-T15 25 25 150 26.1 16 MRGN800-A
3232-8A 32 32 170 33.1 28
3232-8A-T15 32 32 170 33.1 15
P. 194, 195 : Stock Item : Under preparing for stock
210
M.G.T Holder for External Machining
MGEVR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Facial grooving , Turning
(mm)
Stock
Designation H(h) W L S TMAX Screw Wrench
MGEVR/L 2020-1.5 20 20 125 23 3
MGMN150-G
F.G Tool-holders & Boring Bars
2525-1.5 25 25 150 28 3
3232-1.5 32 32 170 35 3
2020-2 20 20 125 23.5 3.5
MGMN200-M
2525-2 25 25 150 28.5 3.5 MGMN200-G
3232-2 32 32 170 35.5 3.5
2020-2.5 20 20 125 24 4
MGMN250-M
2525-2.5 25 25 150 29 4 MGMN250-G
3232-2.5 32 32 170 36 4
2020-3 20 20 125 25.5 5 MGMN300-M
2525-3 25 25 150 30.5 5 MGGN300- -M
3232-3 32 32 170 37.5 5 MRMN300-M
2020-4 20 20 125 25.5 5 MGMN400-M
BHA0616 HW 50L
2525-4 25 25 150 30.5 5 MGGN400- -M
3232-4 32 32 170 37.5 5 MRMN400-M
2020-5 20 20 125 27 7 MGMN500-M
2525-5 25 25 150 32 7 MGGN500- -M
3232-5 32 32 170 39 7 MRMN500-M
2020-6 20 20 125 27 7 MGMN600-M
2525-6 25 25 150 32 7 MGGN600- -M
3232-6 32 32 170 39 7 MRMN600-M
2525-8 25 25 150 34 9
MRMN800-M
3232-8 32 32 170 41 9
2525-6A 25 25 150 32 7
MRGN600-A
3232-6A 32 32 170 39 7
2525-8A 25 25 150 34 9
MRGN800-A
3232-8A 32 32 170 41 9
P. 194, 195 : Stock Item : Under preparing for stock
211
M.G.T Holder for External Machining
MGEUR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment External Relief Grooving
(mm)
Stock
Designation H(h) W L S TMAX Screw Wrench
MGEUR/L 2020-3 20 20 125 23 3
F.G Tool-holders & Boring Bars
2525-3 25 25 150 28 3 MRMN300-M
3232-3 32 32 170 35 3
2020-4 20 20 125 23 3
2525-4 25 25 150 28 3 MRMN400-M
3232-4 32 32 170 35 3
2020-5 20 20 125 24 4
2525-5 25 25 150 29 4 MRMN500-M
3232-5 32 32 170 36 4
BHA0616 HW 50L
2020-6 20 20 125 24 4
2525-6 25 25 150 29 4 MRMN600-M
3232-6 32 32 170 36 4
2525-8 25 25 150 30 5
MRMN800-M
3232-8 32 32 170 37 5
2525-6A 25 25 150 29 4
MRGN600-A
3232-6A 32 32 170 36 4
2525-8A 25 25 150 30 5
MRGN800-A
3232-8A 32 32 170 37 5
P. 194, 195 : Stock Item : Under preparing for stock
212
M.G.T Holder for Internal Machining
MGIVR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Internal Grooving, Turning
(mm)
Stock
Designation D d L TMAX H S Screw Wrench
MGIVR/L 2016-1.5 20 16 125 35 4 15 11.3 MHB0310 HW25L
F.G Tool-holders & Boring Bars
2520-1.5 25 20 150 45 4 18 13.1 MGMN150-G
MHA0512 HW40L
2925-1.5 29 25 200 45 4 23 16.2
2016-2 20 16 125 35 5 15 12.4 MHB0310 HW25L
MGMN200-G
2520-2 25 20 150 45 5 18 14.0
MGMN200-M MHA0512 HW40L
2925-2 29 25 200 45 5 23 17.2
2016-2.5 20 16 125 35 6 15 12.5 MHB0310 HW25L
MGMN250-G
2520-2.5 25 20 150 45 6 18 15.1
MGMN250-M MHB0512 HW40L
2925-2.5 29 25 200 45 6 23 18.2
2520-3 25 20 150 45 6 18 15.6 MGMN300-M
3125-3 31 25 200 45 6 23 18.9 MGGN300- -M
3732-3 37 32 250 65 6 30 21.5 MRMN300-M
2520-4 25 20 150 45 6 18 15.6 MGMN400-M
3125-4 31 25 200 45 6 23 18.9 MGGN400- -M
3732-4 37 32 250 65 6 30 21.5 MRMN400-M
3125-5 31 25 200 45 8 23 19.4 MGMN500-M
3732-5 37 32 250 65 8 30 21.5 MGGN500- -M
MRMN500-M MHA0512 HW 40L
3125-6 31 25 200 45 8 23 19.4 MGMN600-M
3732-6 37 32 250 65 8 30 21.5 MGGN600- -M
MRMN600-M
3732-8 37 32 250 65 10 30 23.4
MRMN800-M
4540-8 45 40 300 70 10 37 27.2
3125-6A 31 25 200 45 8 23 19.4
MRGN600-A
3732-6A 37 32 250 65 8 30 21.5
3732-8A 37 32 250 65 10 30 23.4
MRGN800-A
4540-8A 45 40 300 70 10 37 27.2
P. 194, 195 : Stock Item : Under preparing for stock
213
M.G.T Holder for Internal Machining
MGIUR/L
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Internal Relief Grooving
(mm)
Stock
Designation D d L TMAX H S Screw Wrench
MGIUR/L 3520-3 35 20 150 45 3.5 18 13
F.G Tool-holders & Boring Bars
4025-3 40 25 200 45 3.5 23 15.5 MRMN300-M
5032-3 50 32 250 65 3.5 30 19
3520-4 35 20 150 45 3.5 18 13
4025-4 40 25 200 45 3.5 23 15.5 MRMN400-M
5032-4 50 32 250 65 3.5 30 19
4025-5 40 25 200 45 3.5 23 15.5
MRMN500-M
5032-5 50 32 250 65 3.5 30 19
MHA0512 HW 40L
4025-6 40 25 200 45 3.5 23 19
MRMN600-M
5032-6 50 32 250 65 3.5 30 19
4025-8 40 25 200 45 6.5 23 15.5
MRMN800-M
5032-8 50 32 250 65 6.5 30 19
4025-6A 40 25 200 45 6.5 23 15.5
MRGN600-A
5032-6A 50 32 250 65 3.5 30 19
4025-8A 40 25 200 45 5.0 23 18.5
MRGN800-A
5032-8A 50 32 250 65 6.5 30 22
P. 194, 195 : Stock Item : Under preparing for stock
214
Fine-Tool Holder
FTIH
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Internal grooving, threading, forming
(mm)
Designation Stock D d L TMAX H S Grooving Threading Forming Screw Wrench
FTIH 08312S 8 12 80 24 11 4.8
8 12 80 24 1.5 11 4.8
F.G Tool-holders & Boring Bars
08312C
~ FTG0800R/L FTT08000R/L FTF08000R/L PTKA02508 TW08P
08412C 8 12 90 32 11 4.8
1.8
08512C 8 12 100 40 11 4.8
11312S 11 12 95 33 11 6.7
11312C 11 12 95 33 2 11 6.7
~ FTG11000R/L FTT11000R/L FTF11000R/L PTKA03510 TW15P
11412C 11 12 110 44 11 6.7
2.8
11512C 11 12 120 55 11 6.7
14312S 14 12 100 42 11 9
14312C 14 12 100 42 11 9
14412C 14 12 110 56 2 11 9
14512C 14 12 130 70 ~ 11 9 FTG14000R/L FTT14000R/L FTF14000R/L PTKA0412 TW15P
14316C 14 16 100 42 4.3 15 9
14416C 14 16 110 56 15 9
14516C 14 16 130 70 15 9
16312S 16 12 130 48 11 10.2
16312C 16 12 130 48 11 10.2
16412C 16 12 130 64 2 11 10.2
16512C 16 12 150 80 ~ 11 10.2 FTG16000R/L FTT16000R/L FTF16000R/L PTKA0512 TW20P
16316C 16 16 130 48 4.6 15 10.2
16416C 16 16 130 64 15 10.2
16516C 16 16 150 80 15 10.2
192, 193 : Stock Item : Under preparing for stock
* How to Read Designation : F T I H 0 8 3 1 2 S
Shank Material (S:Steel, C:Carbide)
Shank Diameter
Entering Depth
Minimum Machining Diameter
215
Tool Holder for Grooving
DBH
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Grooving for Wide, Deep
(mm)
Stock Clamp
Designation H=(h) W L S Clamp Screw Locater Wrench
Screw
DBH 320R/L 20 20 150 40 22.3 22.8 DB300, 400
CGH5R1 MHA0512 MHB0410 LD34 HW30L HW40L
F.G Tool-holders & Boring Bars
325R/L 25 25 150 40 27.3 27.8 DC300, 400
520R/L 20 20 150 40 23.8 24.3 DB500, 600
CGH5R2 MHA0512 MHB0410 LD56 HW30L HW40L
525R/L 25 25 150 40 28.8 29.3 DC500
720R/L 20 20 150 40 25.8 26.3
DB700, 800 CGH5R3 MHA0512 MHB0410 LD78 HW30L HW40L
725R/L 25 25 150 40 30.8 31.3
Available Insert : Use * holder for * insert and **holder for **insert. P. 195, 196 : Stock Item : Under preparing for stock
216
Tool Holder for Facial grooving
FGHH / FGVH
TURNING
Feed direction
FGHH FGVH Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Tool Holder for Facial grooving
(mm)
Stock
Designation H=(h) W L S TMAX Min Max Screw Wrench
FGHH 320R-25/30 20 20 125 20.6 12 25 30
FMM300R-03
F.G Tool-holders & Boring Bars
(FGVH) 30/35 20 20 125 20.6 12 30 35
35/48 20 20 125 20.6 12 35 48
48/60 20 20 125 20.6 22 48 60
60/75 20 20 125 20.6 22 60 75 FGD300R-03
75/100 20 20 125 20.6 22 75 100 FGM300R-03
100/140 20 20 125 20.6 22 100 140
325R-25/30 25 25 150 25.6 12 25 30
30/35 25 25 150 25.6 12 30 35 FMM300R-03
35/48 25 25 150 25.6 12 35 48
48/60 25 25 150 25.6 22 48 60
60/75 25 25 150 25.6 22 60 75 FGD300R-03
75/100 25 25 150 25.6 22 75 100 FGM300R-03
100/140 25 25 150 25.6 22 100 140
420R-25/30 20 20 125 20.6 12 25 30
30/35 20 20 125 20.6 12 30 35 FMM400R-04
35/48 20 20 125 20.6 12 35 48
48/60 20 20 125 20.6 25 48 60
60/75 20 20 125 20.6 25 60 75 FGD400R-04
75/100 20 20 125 20.6 25 75 100 FGM400R-04
100/140 20 20 125 20.6 25 100 140
425R-25/30 25 25 150 25.6 12 25 30
30/35 25 25 150 25.6 12 30 35 FMM400R-04 MHB0625 HW50L
35/48 25 25 150 25.6 12 35 48
48/60 25 25 150 25.6 25 48 60
60/75 25 25 150 25.6 25 60 75 FGD400R-04
75/100 25 25 150 25.6 25 75 100 FGM400R-04
100/140 25 25 150 25.6 25 100 140
520R-25/30 20 20 125 20.6 12 25 30
30/35 20 20 125 20.6 12 30 35
FMM500R-04
35/40 20 20 125 20.6 20 35 40
40/48 20 20 125 20.6 20 40 48
48/60 20 20 125 20.6 25 48 60
60/75 20 20 125 20.6 25 60 75 FGD500R-04
75/100 20 20 125 20.6 25 75 100 FGM500R-04
100/140 20 20 125 20.6 25 100 140
525R-25/30 25 25 150 25.6 12 25 30
30/35 25 25 150 25.6 12 30 35
FMM500R-04
35/40 25 25 150 25.6 20 35 40
40/48 25 25 150 25.6 20 40 48
48/60 25 25 150 25.6 25 48 60
60/75 25 25 150 25.6 25 60 75 FGD500R-04
75/100 25 25 150 25.6 25 75 100 FGM500R-04
100/140 25 25 150 25.6 25 100 140
P. 199 : Stock Item : Under preparing for stock
217
Tool Holder for Forming / Grooving
GFT
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Forming, Grooving for Wide, Deep
(mm)
Stock
Designation H=(h) W L S Clamp Screw Pin Wrench
GFT 320R/L 20 20 125 23.5 25
GW110~300R/L,BF3 CS5R1 DHA0514 PN0308 HW25L
F.G Tool-holders & Boring Bars
325R/L 25 25 150 23.5 32
525R/L 25 25 150 25.5 32 GW315~500R/L,BF5 CS6R1 DHA0617 PN0312 HW30L
825R/L 25 25 150 28.5 32 GW600~800R/L,BF8 CS8R1 DHA0820 PN0314 HW40L
Use right-hand inert for right-hand holder P. 196, 199 : Stock Item : Under preparing for stock
GH
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Grooving for Narrow, O-Ring, Snap-Ring
(mm)
Stock Clamp
Designation H=(h) W L S Clamp Screw Wrench
Screw
GH 2020R-3 20 20 125 22 GS 125~280
2525R-3 25 25 150 27 GO 250
CS6R1 DHA0617 PTMA03508 TW09P-HW30L
2020R-4 20 20 125 21 GS 330
2525R-4 25 25 150 26 430
GO 320
410
Use right-hand inert for right-hand holder P. 197 : Stock Item : Under preparing for stock
218
Tool Holder for Grooving
PH
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Parting off, Grooving
(mm)
Stock Clamp Stopper
Designation W H L S h Clamp Stopper Wrench
Screw Screw
PH 320R 19 19 150 34 22.55 19 10 30
POB300 CGH6R1 BHA0616 STP5 KHD0510 HW25L-HW50L
F.G Tool-holders & Boring Bars
325R 19 25 150 34 22.55 25 10 40
420R 19 19 150 34 23.5 19 10 30
POB400 CGH6R2 BHA0616 STP5 KHD0510 HW25L-HW50L
425R 19 25 150 34 23.5 25 10 40
520R 19 19 150 34 24.4 19 10 50
POB500 CGH6R3 BHA0616 STP5 KHD0510 HW25L-HW50L
525R 19 25 150 34 24.4 25 10 50
P. 200 : Stock Item : Under preparing for stock
TBH
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Narrow Grooving
(mm)
Stock
Designation H=(h) W L S Clamp Clamp Screw Wrench
TBH 320-23 20 20 125 25.5 25 TB3125-3230
320-33 20 20 125 25.5 25 TB3280-3330
320-43 20 20 125 25.5 25 TB3430
325-23 25 25 150 25.5 30 TB3125-3230
325-33 25 25 150 25.5 30 TB3280-3330
325-43 25 25 150 25.5 30 TB3430
CS6R1 DHA0617 HW30L
420-23 20 20 125 25.5 25 TB4125-4230
420-33 20 20 125 25.5 25 TB4250-4330
420-45 20 20 125 25.5 25 TB4350-4450
425-23 25 25 150 25.5 30 TB4125-4230
425-33 25 25 150 25.5 30 TB4250-4330
425-45 25 25 150 25.5 30 TB4350-4450
P. 198 : Stock Item : Under preparing for stock
219
Tool Holder for Grooving and Relief Grooving
GFIK
TURNING
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment Relief grooving
(mm)
Stock
Designation D d H L S Clamp C ring Screw Pin Wrench
GFIK 316 22 16 15 150 21.5 11 CH5R2 CR04 CHX0513 PN0310 HW25L
F.G Tool-holders & Boring Bars
325 32 25 23 200 21.5 17 GR3 CH5R2 CR04 CHX0513 PN0310
HW25L
340 50 40 37 300 35.4 27 CS5RI DHA0514 PN0310
525 32 25 23 200 27.5 17
GR5 CS6R1 DHA0617 PN0314 HW30L
540 50 40 37 300 39.5 27
840 50 40 37 300 41.8 27 GR8 CS8R1 DHA0820 PN0314 HW40L
P. 199 : Stock Item : Under preparing for stock
GFIP
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Internal Grooving
(mm)
Stock
Designation D d H L S Clamp C ring Screw Pin Wrench
GFIP 316R 20 16 15 150 17 11
CH5R2 CR04 CHX0513 PN0310 HW25L
320R 26 20 18 150 22 13.5
BF3, GW110L-300L
325R 32 25 23 200 22 17
340R 50 40 37 300 32 27
CH6R2 CR05 CHX0616 PN0310 HW30L
525R 32 25 23 200 22 17
BF5, GW315L-500L
540R 50 40 37 300 32 27
840R 50 40 37 300 32 27 BF8, GW600L-800L CS8R1 - DHA0820 PN0314 HW40L
Use right-hand inert for right-hand holder P. 196, 199 : Stock Item : Under preparing for stock
220
Tool Holder for Grooving / Saw-Man Blade
IGH
TURNING
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment Internal, Small Diameter Grooving
(mm)
Stock
Designation D d H L S Screw Wrench
IGH 214 14 16 15 150 25 6.6
F.G Tool-holders & Boring Bars
216 16 16 15 150 30 7.6 IG125 - 280 FTKA02565 TW07P
220 20 20 18 200 40 9.6
P. 198 : Stock Item : Under preparing for stock
SPB
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment Parting off
(mm)
Designation Stock H W L h Wrench
SPB 226 26 1.6 110 21 SP200, 200R/L
326 26 2.4 110 21 SP300, 300R/L
426 26 3.2 110 21 SP400, 400R/L
526 26 4.0 110 21 SP500, 500R/L
626 26 5.2 110 21 SP600, 600R/L
SW50L
232 32 1.6 150 25 SP200, 200R/L
332 32 2.4 150 25 SP300, 300R/L
432 32 3.2 150 25 SP400, 400R/L
532 32 4.0 150 25 SP500, 500R/L
632 32 5.2 150 25 SP600, 600R/L
P. 201 : Stock Item : Under preparing for stock
221
Saw-Man Blade
SPB-S (Stopper type)
TURNING
Feed direction
Ref Holder Style Application Available Inserts Parts
Comment Parting off
(mm)
Designation Stock H W L h Wrench
SPB 226-S 26 1.6 110 21 SP200, 200R/L
F.G Tool-holders & Boring Bars
326-S 26 2.4 110 21 SP300, 300R/L
426-S 26 3.2 110 21 SP400, 400R/L
526-S 26 4.0 110 21 SP500, 500R/L
626-S 26 5.2 110 21 SP600, 600R/L
SW15S
232-S 32 1.6 150 25 SP200, 200R/L
332-S 32 2.4 150 25 SP300, 300R/L
432-S 32 3.2 150 25 SP400, 400R/L
532-S 32 4.0 150 25 SP500, 500R/L
632-S 32 5.2 150 25 SP600, 600R/L
P. 201 : Stock Item : Under preparing for stock
SPH
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Parting off
(mm)
Stock
Designation H=(h) W L d S Wrench
SPH 316R/L 16 16 100 32 16.3 SP300, 300R/L
320R/L 20 20 120 40 20.3 SP300, 300R/L
420R/L 20 20 120 50 20.4 SP400, 400R/L
520R/L 20 20 120 60 20.5 SP500, 500R/L
SW50L
325R/L 25 25 150 50 25.3 SP300, 300R/L
425R/L 25 25 150 60 25.4 SP400, 400R/L
525R/L 25 25 150 70 25.5 SP500, 500R/L
P. 201 : Stock Item : Under preparing for stock
222
Saw-Man Blade
SPH-S (Stopper type)
TURNING
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Parting off
(mm)
Stock
Designation H=(h) W L d S Wrench
SPH 316R/L-S 16 16 100 32 16.3 SP300, 300R/L
F.G Tool-holders & Boring Bars
320R/L-S 20 20 120 40 20.3 SP300, 300R/L
420R/L-S 20 20 120 50 20.4 SP400, 400R/L
520R/L-S 20 20 120 60 20.5 SP500, 500R/L
SW15S
325R/L-S 25 25 150 50 25.3 SP300, 300R/L
425R/L-S 25 25 150 60 25.4 SP400, 400R/L
525R/L-S 25 25 150 70 25.5 SP500, 500R/L
P. 201 : Stock Item : Under preparing for stock
SMBB
Feed direction
Right-hand shown
Ref Holder Style Application Available Inserts Parts
Comment Sawman blade block
(mm)
Designation Stock H W H3 L H1 H2 W1 B M Wrench
SMBB 1626 16 12 26 86 43 13 30 5.3 3-M6
2026 20 19 26 86 43 9 38 5.3 3-M6 SPB 26
2032 20 19 32 100 50 13 38 5.3 4-M6 SPB 32
2526 25 23 26 86 43 4 42 5.3 4-M6 SPB 26-S
HW50L
2532 25 23 32 110 50 8 42 5.3 4-M6 SPB 32-S
3232 32 30 32 110 54 5 48 5.3 4-M6
P. 221, 222 : Stock Item : Under preparing for stock
223
Threading insert Code system
E R 16 1.5 ISO
Type of Insert Hand of Insert Insert Size
E : External R : Right Hand Insert
Threading
I : Internal L : Left Hand Insert
11 - IC 6.35
16 - IC 9.525
22 - IC 12.7
27 - IC 15.875
Pitch Thread Standard
Full profile
mm TPI 60 - Partial profile 60
0.35 - 6.0 72 - 4 55 - Partial profile 55
Partial profile
ISO - ISO Metric
mm TPI
UN - American UN
A 0.5 - 1.5 48 - 16
AG 0.5 - 3.0 48 - 8 W - Whitworth for BSW, BSP
G 1.75 - 3.0 14 - 8
N 3.5 - 5.0 7-5 NPT - NPT
Q 5.5 - 6.0 4.5 - 4
224
Technical guide for threading
Special Features
External Thread
External Thread Major Diameter
A thread on the external
surface of a cylinder screw or cone The largest diameter of a screw thread.
Pitch Diameter
Depth of Thread On a straight thread, the diameter of an
imaginary cylinder, the surface of which cuts
The distance between crest and root
the thread forms where the width of the thread
measured normal to the axis.
and groove are equal.
Pitch Minor Diameter
The distance between corresponding The smallest diameter of a screw thread.
points on adjacent thread forms
Threading
measured parallel to the axis. This
distance can be defined in millimeters or Helix Angle
by the tpi (threads per inch), which is the
reciprocal of the pitch. For a straight thread, where the lead of the
thread and the pitch diameter circle
circumference form a right angled triangle, the
helix angle is the angle opposite the lead.
Nominal Diameter
The diameter from which the diameter limits Straight Thread
are derived by the application of deviation A thread formed on a cylinder
allowances and tolerances. Internal Thread
Taper Thread
A thread on the internal surface
of a cylinder or cone. A thread formed on a cone
Left-hand thread Right-hand thread
A thread which, when viewed axially, winds in a A thread which, when viewed axially, winds in a clockwise
counterclockwise and receding direction. All left-hand and receding direction. Threads are always right-hand
threads are designated LH. unless otherwise specified.
The Helix Angle( )
Lead
The distance a threaded part moves axially, with respect to a fixed
mating part, in one complete revolution. The lead is equal to the pitch
multiplied by the number of thread starts.
225
Technical guide for threading
Machining a Multi-Start Thread
A thread in which the lead is an integral multiple, greater thanone, of the pitch. A multi-start thread permits a more rapid advance
without a coarser (larger) thread form.
First Start Machined Second Start Machined Third Start Machined (Final, 3 Starts Thread)
Threading
Insert Profile Style
Partial Profile Full Profile
The V partial profile insert cuts without topping the outer diameter of The full profile insert will form a complete thread profile including the
the thread. The same insert can be used for a range of different crest. For every thread pitch and standard, a separate insert is
thread pitches which have a common thread angle. required.
Full Profile for Fine Pitches Semi Full
The full profile for Fine Pitches will form a complete thread. The Semi profile insert will form a complete thread including crest
The topping of the outer diameter is generated by second tooth. radius but without topping the outer diameter.
Mainly used for trapezoidal profiles.
226
Thread Turning Method
Thread Inserts & Toolholder Rotation Feed Direction Helix Method Drawing No.
EX RH Counterclockwise Towards chuck Regular 1
Right Hand External
EX LH Clockwise From chuck Reversed 2
IN RH Counterclockwise Towards chuck Regular 3
Right Hand Internal
IN LH Clockwise From chuck Reversed 4
EX LH Counterclockwise Towards chuck Regular 5
Left Hand External
EX RH Clockwise From chuck Reversed 6
IN LH Counterclockwise Towards chuck Regular 7
Left Hand Internal
IN RH Clockwise From chuck Reversed 8
Threading
External RH Thread External LH Thread
Internal RH Thread Internal LH Thread
227
Technical guide for threading
Calculating the Helix Angle
The helix angle is calculated by the following formula:
- Helix angle( )
P - Pitch(mm)
N - No. of starts
D - Pitch diameter(mm)
Lead = P x N
The helix angle can also be found from the diagram below.
Threading
Helix Angle Diagram
The dimension H1 (cutting edge
height) remains constant with
every insert / shim combination.
* For Multi-start threads, use the lead value instead of the pitch
228
Thread Infeed Method
Radial Infeed Flank Infeed (modified) Alternate Flank Infeed
Radial infeed is the simplest and quickest Flank infeed is recommended in the Use of the alternate flank method is
method. following cases: recommended especially in large pitches
The feed is perpendicular to the turning axis, - when the thread pitch is greater than 16 and for materials with long chils.
and both flanks of the insert perform the tpi., using the radial method, the This method divides the load equally on
cutting operation. effective cutting edge length is too both flanks, resulting in equal wear along
Radial infeed is recommended in 3 cases: large, resulting in chatter. the cutting edges.
Threading
- when the pitch is smaller than 16 tpi - for TRAPEZ and ACME. The radial Alternate flank infeed requires more
- for material with short chips method result in three cutting edges, complicated programming, and is not
- for work with hardened material making chip flow very difficult. available on all lathes.
Shim
Standard Shim
Resultant Helix Angle 1.5
Insert Size Holder Ordering Code
IC L(mm)
ER/IL ATE16
9.525 16
EL/IR ATI16
ER/IL ATE22
12.7 22
EL/IR ATI22
ER/IL ATE27
15.875 27
EL/IR ATI27
Grade and Application
Grade Application Sample
A tough sub-micron substrate with TiAlN coating provides good
PC3030T
fracture toughness and excellent wear resistance.
229
Technical guide for threading
Recommended Cutting Speed as per workpiece [Vc]
Hardness Vc
Material
Brinell HB
Low carbon (C=0.1-0.25 %) 125 115-190
Unalloyed steel Medium carbon (C=0.25-0.55 %) 150 100-175
High carbon (C=0.55-0.85 %) 170 90-165
Non hardened 180 85-145
Low alloy steel
Hardened 275 75-140
P (alloying elements 5%)
Hardened 350 70-135
High alloy steel Annealed 200 70-110
(alloying elements > 5%) Hardened 325 50-100
Low alloy (alloying elements <5%) 200 75-140
Cast steel
High alloy (alloying elements >5%) 225 60-120
Non hardened 200 70-130
Stainless steel Feritic
Hardened 330 60-115
Threading
Austenitic 180 90-140
Stainless steel Austenitic
Super austenitic 200 40-110
Non hardened 200 90-120
Stainless steel Cast feritic
Hardened 330 65-110
Austenitic 200 85-110
M Stainless steel Cast austenitic
Hardened 330 60-100
Annealed (Iron based) 200 45-60
Aged (Iron based) 280 30-50
High temperature alloy
Annealed (Nickel or Cobalt based) 250 20-30
Aged (Nickel or Cobalt based) 350 15-25
Pure 99.5 Ti 400Rm 140-170
Titanium alloy
a+b alloys 1050Rm 50-70
Extra hard material Hardened & tempered 55HRc 45-60
Ferritic (short chips) 130 70-160
Malleable cast iron
Pearlitic (long chips) 230 60-145
Low tensile strength 180 70-130
Grey cast iron
High tensile strength 260 60-115
Feritic 160 125-160
Nodular SG iron
Pearlitic 260 90-120
K
non aging 60 100-365
Aluminum alloy Wrought
Aged 100 80-220
Cast 75 200-400
Aluminum alloy Cast & aged 90 200-280
Cast Si 13-22% 130 60-180
Brass 90 80-225
Copper and copper alloy
Bronze and non leaded copper 100 80-225
Calculation of N [RPM]
N - Revolution Per Minute [RPM]
Vc - Cutting Speed [m/min]
D - Workpiece Diameter [mm]
230
Number of Passes
Pitch
No. of passes
Cutting Condition Depends on:
Material Type
Threading
Material Dimension: Diameter and Length
Workpiece
Chipflow Character
Material Hardness
External or Internal
Thread
Profile Shape
Application
Surface Finish
Machine Stability
Machine Max. RPM
Clamping System Stability
Coolant Coolant Type
Holder Cross Section Area
Holder Overhang
Holders
Through Coolant Option
Shank Type: Carbide, Alloy, Carbide Implant
Grade P M K
Profile Shape: Pitch and Depth
Insert
Nose Radius
Chipbreaker Style
231
Technical guide for threading
Step by Step Thread Turning - Example
Application:
Thread : External Right Hand
ISO Metric M40x2.5
Material : 4140 (25 HRc)
Choose the Thread Turning Method
Threading
Feed direction towards the chuck was chosen.
Therefore an external right hand insert and an external right hand holder will be used.
Choose the Insert Size
Chosen insert : ER16 - 2.5 ISO
Insert Size Pitch Ordering Code Shim Toolholder
IC L(mm) mm RH RH
9.525 16 2.5 ER16-2.5ISO ATE16 ERH -16
Choose the Toolholder
Chosen toolholder : ERH 25 - 16
Insert Size Ordering Code Dimensions (mm)
IC RH H=H1=B F L1 L2
9.525 ERH 25-16 25 25 153.6 30
Determine the Helix Angle
From the table, using a pitch of 2.5 mm(10 tpi) and a
workpiece diameter of 40mm (1.57 ), we find the helix
angle to be 1.5 .
232
Choose the Correct Shim Resultant Helix Angle 1.5
Shim Chosen : ATE16 Insert Size Odering Code
IC L(mm)
3/8 16 ATE16
Choose the Carbide Grade and Cutting Speed Hardness Vc
Material Brinell
Carbide grade chosen : PC3030T
HB
Cutting speed : 140 m /min Non hardened 180 85-145
Threading
Low alloy steel
Hardened 275 75-140
(alloying elements 5%)
Hardened 350 70-135
Determine the Number of Passes ISO External
Number of passes : 10 (mm) 1.50 1.75 2.00 2.50 3.00 3.50 4.00
Pitch
TPI 16 14 12 10 8 7 6
No. of passes 6-10 7-12 7-12 8-14 9-16 10-18 11-18
Summary
Thread Type ISO M40x2.5 External Right Hand
Feed Direction: Towards the chuck
Insert and Grade: ER16-2.5ISO, PC3030T
Toolholder: ERH25-16
Helix Angle: 1.5
Shim ATE16
Cutting Speed: 140 m/min
Number of Passes: 10
233
Technical guide for threading
Trouble Shooting
Problem Possible Cause Solution
Cutting speed too hight Reduce cutting speed/ use coated insert
Increased Depth of cut too low/too many passes Increase the depth of cut per pass
flank wear Unsuitable carbide grade Use a coated carbide grade
Insufficient cooling Increase coolant flow rate
Uneven Incorrect helix angle Choose the correct shim
cutting
edge wear Wrong infeed method Use the Alternating Flank Infeed method
Threading
Depth of cut too large Decrease depth of cut/ increase number of passes
Extreme Insufficient cooling Increase coolant flow rate
plastic Cutting speed too high Reduce cutting speed
deformation Unsuitable carbide grade Use a tougher carbide
Nose radius too small Use an insert with a larger radius, if possible
Depth of cut too large Decrease depth of cut/ increase number of passes
Cutting Extreme plastic deformation Use a tougher carbide
edge Insufficient cooling Increase flow rate and/ or correct flow direction
breakage Unsuitable carbide grade Use a tougher carbide
Instability Check stability of the system
Built-up Incorrect cutting speed Change the cutting speed
edge Unsuitable carbide grade Use a coated carbide
Thread The tool is not at the workpiece axis height Change tool height
profile
Insert is not machining the thread crest Measure the workpiece diameter
is too
shallow Worn insert Change the cutting edge sooner
Poor Cutting speed too low Increase cutting speed
surface Wrong shim Choose correct shim
quality Flank infeed method is not appropriate Use the alternate flank or radial infeed method
234
Threading inserts
Partial profile 60 (External)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Pitch Number of crest
(Right hand) (Left hand) (mm) (TPI) d L r X f
ER(L)H -11(C) ER11-A60 EL11-A60 0.5-1.5 48-16 6.35 11 0.05 0.8 0.9
ER16-A60 EL16-A60 0.5-1.5 48-16 9.525 16 0.05 0.8 0.9
ER(L)H -16(C) ER16-G60 EL16-G60 1.75-3.0 14-8 9.525 16 0.27 1.2 1.7
ER16-AG60 EL16-AG60 0.5-3.0 48-8 9.525 16 0.08 1.2 1.7
ER(L)H -22(C) ER22-N60 EL22-N60 3.5-5.0 7-5 12.7 22 0.53 1.7 2.5
Threading
ER(L)H -27(C) ER27-Q60 EL27-Q60 5.5-6.0 4.5-4 15.875 27 0.64 2.1 3.1
P. 246, 247 : Stock Item : Under preparing for stock
Partial profile 60 (Internal)
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Pitch Number of crest
(Right hand) (Left hand) (mm) (TPI) d L r X f
IR(L)H N-11 IR11-A60 IL11-A60 0.5-1.5 48-16 6.35 11 0.05 0.8 0.9
IR16-A60 IL16-A60 0.5-1.5 48-16 9.525 16 0.05 0.8 0.9
IR(L)H -16(C) IR16-G60 IL16-G60 1.75-3.0 14-8 9.525 16 0.16 1.2 1.7
IR16-AG60 IL16-AG60 0.5-3.0 48-8 9.525 16 0.05 1.2 1.7
IR(L)H -22(C) IR22-N60 IL22-N60 3.5-5.0 7-5 12.7 22 0.30 1.7 2.5
IR(L)H -27(C) IR27-Q60 IL27-Q60 5.5-6.0 4.5-4 15.875 27 0.30 1.8 2.7
P. 248, 249 : Stock Item : Under preparing for stock
235
Threading inserts
Partial profile 55 (External)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Pitch Number of crest
(Right hand) (Left hand) (mm) (TPI) d L r X f
ER(L)H N-11 ER11-A55 EL11-A55 0.5-1.5 48-16 6.35 11 0.05 0.8 0.9
ER16-A55 EL16-A55 0.5-1.5 48-16 9.525 16 0.05 0.8 0.9
ER(L)H -16(C) ER16-G55 EL16-G55 1.75-3.0 14-8 9.525 16 0.21 1.2 1.7
ER16-AG55 EL16-AG55 0.5-3.0 48-8 9.525 16 0.07 1.2 1.7
ER(L)H -22(C) ER22-N55 EL22-N55 3.5-5.0 7-5 12.7 22 0.43 1.7 2.5
Threading
ER(L)H -27(C) ER27-Q55 EL27-Q55 5.5-6.0 4.5-4 15.875 27 0.60 2.0 2.9
P. 246, 247 : Stock Item : Under preparing for stock
Partial profile 55 (Internal)
55
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Pitch Number of crest
(Right hand) (Left hand) (mm) (TPI) d L r X f
IR(L)H N-11 IR11-A55 IL11-A55 0.5-1.5 48-16 6.35 11 0.05 0.8 0.9
IR16-A55 IL16-A55 0.5-1.5 48-16 9.525 16 0.05 0.8 0.9
IR(L)H -16(C) IR16-G55 IL16-G55 1.75-3.0 14-8 9.525 16 0.21 1.2 1.7
IR16-AG55 IL16-AG55 0.5-3.0 48-8 9.525 16 0.07 1.2 1.7
IR(L)H -22(C) IR22-N55 IL22-N55 3.5-5.0 7-5 12.7 22 0.43 1.7 2.5
IR(L)H -27(C) IR27-Q55 IL27-Q55 5.5-6.0 4.5-4 15.875 27 0.60 2.0 2.9
P. 248, 249 : Stock Item : Under preparing for stock
236
Threading inserts
Iso Metric (External)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Pitch
(Right hand) (Left hand) (mm) d L hmin X f
ER11-0.35ISO EL11-0.35ISO 0.35 6.35 11 0.21 0.8 0.4
ER11-0.4ISO EL11-0.4ISO 0.4 6.35 11 0.25 0.7 0.4
ER11-0.45ISO EL11-0.45ISO 0.45 6.35 11 0.28 0.7 0.4
ER11-0.5ISO EL11-0.5ISO 0.5 6.35 11 0.31 0.6 0.4
ER11-0.6ISO EL11-0.6ISO 0.6 6.35 11 0.37 0.6 0.6
Threading
ER(L)H N-11 ER11-0.7ISO EL11-0.7ISO 0.7 6.35 11 0.43 0.6 0.6
ER11-0.75ISO EL11-0.75ISO 0.75 6.35 11 0.46 0.6 0.6
ER11-0.8ISO EL11-0.8ISO 0.8 6.35 11 0.49 0.6 0.6
ER11-1.0ISO EL11-1.0ISO 1.0 6.35 11 0.61 0.7 0.7
ER11-1.25ISO EL11-1.25ISO 1.25 6.35 11 0.77 0.8 0.9
ER11-1.5ISO EL11-1.5ISO 1.5 6.35 11 0.92 0.8 1.0
ER11-1.75ISO EL11-1.75ISO 1.75 6.35 11 1.07 0.8 1.1
ER16-0.35ISO EL16-0.35ISO 0.35 9.525 16 0.21 0.8 0.4
ER16-0.4ISO EL16-0.4ISO 0.4 9.525 16 0.25 0.7 0.4
ER16-0.45ISO EL16-0.45ISO 0.45 9.525 16 0.28 0.7 0.4
ER16-0.5ISO EL16-0.5ISO 0.5 9.525 16 0.31 0.6 0.4
ER16-0.6ISO EL16-0.6ISO 0.6 9.525 16 0.37 0.6 0.6
ER16-0.7ISO EL16-0.7ISO 0.7 9.525 16 0.43 0.6 0.6
ER16-0.75ISO EL16-0.75ISO 0.75 9.525 16 0.46 0.6 0.6
ER(L)H -16(C) ER16-0.8ISO EL16-0.8ISO 0.8 9.525 16 0.49 0.6 0.6
ER16-1.0ISO EL16-1.0ISO 1.0 9.525 16 0.61 0.7 0.7
ER16-1.25ISO EL16-1.25ISO 1.25 9.525 16 0.77 0.8 0.9
ER16-1.5ISO EL16-1.5ISO 1.5 9.525 16 0.92 0.8 1.0
ER16-1.75ISO EL16-1.75ISO 1.75 9.525 16 1.07 0.9 1.2
ER16-2.0ISO EL16-2.0ISO 2.0 9.525 16 1.23 1.0 1.3
ER16-2.5ISO EL16-2.5ISO 2.5 9.525 16 1.53 1.1 1.5
ER16-3.0ISO EL16-3.0ISO 3.0 9.525 16 1.84 1.2 1.6
ER22-3.5ISO EL22-3.5ISO 3.5 12.7 22 2.15 1.6 2.3
ER22-4.0ISO EL22-4.0ISO 4.0 12.7 22 2.45 1.6 2.3
ER(L)H -22(C)
ER22-4.5ISO EL22-4.5ISO 4.5 12.7 22 2.76 1.7 2.4
ER22-5.0ISO EL22-5.0ISO 5.0 12.7 22 3.07 1.7 2.5
ER27-5.5ISO EL27-5.5ISO 5.5 15.875 27 3.37 1.9 2.7
ER(L)H -27(C)
ER27-6.0ISO EL27-6.0ISO 6.0 15.875 27 3.68 2.0 2.9
P. 246, 247 : Stock Item : Under preparing for stock
237
Threading inserts
Iso Metric (Internal)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Pitch
(Right hand) (Left hand) (mm) d L hmin X f
IR11-0.35ISO IL11-0.35ISO 0.35 6.35 11 0.20 0.8 0.3
IR11-0.4ISO IL11-0.4ISO 0.4 6.35 11 0.23 0.8 0.4
IR11-0.45ISO IL11-0.45ISO 0.45 6.35 11 0.26 0.8 0.4
IR11-0.5ISO IL11-0.5ISO 0.5 6.35 11 0.29 0.6 0.4
IR11-0.6ISO IL11-0.6ISO 0.6 6.35 11 0.35 0.6 0.6
Threading
IR11-0.7ISO IL11-0.7ISO 0.7 6.35 11 0.40 0.6 0.6
IR(L)H N-11 IR11-0.75ISO IL11-0.75ISO 0.75 6.35 11 0.43 0.6 0.6
IR11-0.8ISO IL11-0.8ISO 0.8 6.35 11 0.46 0.6 0.6
IR11-1.0ISO IL11-1.0ISO 1.0 6.35 11 0.58 0.6 0.7
IR11-1.25ISO IL11-1.25ISO 1.25 6.35 11 0.72 0.8 0.9
IR11-1.5ISO IL11-1.5ISO 1.5 6.35 11 0.87 0.8 1.0
IR11-1.75ISO IL11-1.75ISO 1.75 6.35 11 1.01 0.9 1.1
IR11-2.0ISO IL11-2.0ISO 2.0 6.35 11 1.15 0.9 1.1
IR11-2.5ISO IL11-2.5ISO 2.5 6.35 11 1.44 0.8 1.1
IR16-0.35ISO IL16-0.35ISO 0.35 9.525 16 0.20 0.8 0.3
IR16-0.4ISO IL16-0.4ISO 0.4 9.525 16 0.23 0.8 0.4
IR16-0.45ISO IL16-0.45ISO 0.45 9.525 16 0.26 0.8 0.4
IR16-0.5ISO IL16-0.5ISO 0.5 9.525 16 0.29 0.6 0.4
IR16-0.6ISO IL16-0.6ISO 0.6 9.525 16 0.35 0.6 0.6
IR16-0.7ISO IL16-0.7ISO 0.7 9.525 16 0.40 0.6 0.6
IR16-0.75ISO IL16-0.75ISO 0.75 9.525 16 0.43 0.6 0.6
IR(L)H -16(C) IR16-0.8ISO IL16-0.8ISO 0.8 9.525 16 0.46 0.6 0.6
IR16-1.0ISO IL16-1.0ISO 1.0 9.525 16 0.58 0.6 0.7
IR16-1.25ISO IL16-1.25ISO 1.25 9.525 16 0.72 0.8 0.9
IR16-1.5ISO IL16-1.5ISO 1.5 9.525 16 0.87 0.8 1.0
IR16-1.75ISO IL16-1.75ISO 1.75 9.525 16 1.01 0.9 1.2
IR16-2.0ISO IL16-2.0ISO 2.0 9.525 16 1.15 1.0 1.3
IR16-2.5ISO IL16-2.5ISO 2.5 9.525 16 1.44 1.1 1.5
IR16-3.0ISO IL16-3.0ISO 3.0 9.525 16 1.73 1.1 1.5
IR22-3.5ISO IL22-3.5ISO 3.5 12.7 22 2.02 1.6 2.3
IR22-4.0ISO IL22-4.0ISO 4.0 12.7 22 2.31 1.6 2.3
IR(L)H -22(C)
IR22-4.5ISO IL22-4.5ISO 4.5 12.7 22 2.60 1.6 2.4
IR22-5.0ISO IL22-5.0ISO 5.0 12.7 22 2.89 1.6 2.3
IR27-5.5ISO IL27-5.5ISO 5.5 15.875 27 3.17 1.6 2.3
IR(L)H -27(C)
IR27-6.0ISO IL27-6.0ISO 6.0 15.875 27 3.46 1.8 2.5
248, 249 : Stock Item : Under preparing for stock
238
Threading inserts
American UN (External)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Number of crest
(Right hand) (Left hand) (TPI) d L hmin X f
ER11-72UN EL11-72UN 72 6.35 11 0.22 0.8 0.4
ER11-64UN EL11-64UN 64 6.35 11 0.24 0.8 0.4
ER11-56UN EL11-56UN 56 6.35 11 0.28 0.7 0.4
ER11-48UN EL11-48UN 48 6.35 11 0.32 0.6 0.6
ER11-44UN EL11-44UN 44 6.35 11 0.35 0.6 0.6
Threading
ER11-40UN EL11-40UN 40 6.35 11 0.39 0.6 0.6
ER11-36UN EL11-36UN 36 6.35 11 0.43 0.6 0.6
ER(L)H N-11 ER11-32UN EL11-32UN 32 6.35 11 0.49 0.6 0.6
ER11-28UN EL11-28UN 28 6.35 11 0.56 0.6 0.7
ER11-27UN EL11-27UN 27 6.35 11 0.58 0.7 0.8
ER11-24UN EL11-24UN 24 6.35 11 0.65 0.7 0.8
ER11-20UN EL11-20UN 20 6.35 11 0.78 0.8 0.9
ER11-18UN EL11-18UN 18 6.35 11 0.87 0.8 1.0
ER11-16UN EL11-16UN 16 6.35 11 0.97 0.9 1.1
ER11-14UN EL11-14UN 14 6.35 11 1.11 0.9 1.1
ER16-72UN EL16-72UN 72 9.525 16 0.22 0.8 0.4
ER16-64UN EL16-64UN 64 9.525 16 0.24 0.8 0.4
ER16-56UN EL16-56UN 56 9.525 16 0.28 0.7 0.4
ER16-48UN EL16-48UN 48 9.525 16 0.32 0.6 0.6
ER16-44UN EL16-44UN 44 9.525 16 0.35 0.6 0.6
ER16-40UN EL16-40UN 40 9.525 16 0.39 0.6 0.6
ER16-36UN EL16-36UN 36 9.525 16 0.43 0.6 0.6
ER16-32UN EL16-32UN 32 9.525 16 0.49 0.6 0.6
ER16-28UN EL16-28UN 28 9.525 16 0.56 0.6 0.7
ER16-27UN EL16-27UN 27 9.525 16 0.58 0.7 0.8
ER(L)H -16(C) ER16-24UN EL16-24UN 24 9.525 16 0.65 0.7 0.8
ER16-20UN EL16-20UN 20 9.525 16 0.78 0.8 0.9
ER16-18UN EL16-18UN 18 9.525 16 0.87 0.8 1.0
ER16-16UN EL16-16UN 16 9.525 16 0.97 0.9 1.1
ER16-14UN EL16-14UN 14 9.525 16 1.11 1.0 1.2
ER16-13UN EL16-13UN 13 9.525 16 1.20 1.0 1.3
ER16-12UN EL16-12UN 12 9.525 16 1.30 1.1 1.4
ER16-11.5UN EL16-11.5UN 11.5 9.525 16 1.35 1.1 1.5
ER16-11UN EL16-11UN 11 9.525 16 1.42 1.1 1.5
ER16-10UN EL16-10UN 10 9.525 16 1.56 1.1 1.5
ER16-9UN EL16-9UN 9 9.525 16 1.73 1.2 1.7
ER16-8UN EL16-8UN 8 9.525 16 1.95 1.2 1.6
ER22-7UN EL22-7UN 7 12.7 22 2.22 1.6 2.3
ER(L)H -22(C) ER22-6UN EL22-6UN 6 12.7 22 2.60 1.6 2.3
ER22-5UN EL22-5UN 5 12.7 22 3.12 1.7 2.5
ER27-4.5UN EL27-4.5UN 4.5 15.875 27 3.46 1.9 2.7
ER(L)H -27(C)
ER27-4UN EL27-4UN 4 15.875 27 3.89 2.1 3.0
P. 246, 247 : Stock Item : Under preparing for stock
239
Threading inserts
American UN (Internal)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Number of crest
(Right hand) (Left hand) (TPI) d L hmin X f
IR11-72UN IL11-72UN 72 6.35 11 0.20 0.8 0.3
IR11-64UN IL11-64UN 64 6.35 11 0.23 0.8 0.4
IR11-56UN IL11-56UN 56 6.35 11 0.26 0.7 0.4
IR11-48UN IL11-48UN 48 6.35 11 0.31 0.6 0.6
IR11-44UN IL11-44UN 44 6.35 11 0.33 0.6 0.6
Threading
IR11-40UN IL11-40UN 40 6.35 11 0.37 0.6 0.6
IR11-36UN IL11-36UN 36 6.35 11 0.41 0.6 0.6
IR11-32UN IL11-32UN 32 6.35 11 0.46 0.6 0.6
IR(L)H N-11 IR11-28UN IL11-28UN 28 6.35 11 0.52 0.6 0.7
IR11-27UN IL11-27UN 27 6.35 11 0.54 0.7 0.8
IR11-24UN IL11-24UN 24 6.35 11 0.61 0.7 0.8
IR11-20UN IL11-20UN 20 6.35 11 0.73 0.8 0.9
IR11-18UN IL11-18UN 18 6.35 11 0.81 0.8 1.0
IR11-16UN IL11-16UN 16 6.35 11 0.92 0.9 1.1
IR11-14UN IL11-14UN 14 6.35 11 1.05 0.9 1.1
IR11-12UN IL11-12UN 12 6.35 11 1.22 0.8 1.1
IR11-11UN IL11-11UN 11 6.35 11 1.33 0.8 1.1
IR16-72UN IL16-72UN 72 9.525 16 0.20 0.8 0.3
IR16-64UN IL16-64UN 64 9.525 16 0.23 0.8 0.4
IR16-56UN IL16-56UN 56 9.525 16 0.26 0.7 0.4
IR16-48UN IL16-48UN 48 9.525 16 0.31 0.6 0.6
IR16-44UN IL16-44UN 44 9.525 16 0.33 0.6 0.6
IR16-40UN IL16-40UN 40 9.525 16 0.37 0.6 0.6
IR16-36UN IL16-36UN 36 9.525 16 0.41 0.6 0.6
IR16-32UN IL16-32UN 32 9.525 16 0.51 0.6 0.6
IR16-28UN IL16-28UN 28 9.525 16 0.52 0.6 0.7
IR16-27UN IL16-27UN 27 9.525 16 0.54 0.7 0.8
IR(L)H -16(C) IR16-24UN IL16-24UN 24 9.525 16 0.61 0.7 0.8
IR16-20UN IL16-20UN 20 9.525 16 0.73 0.8 0.9
IR16-18UN IL16-18UN 18 9.525 16 0.81 0.8 1.0
IR16-16UN IL16-16UN 16 9.525 16 0.92 0.9 1.1
IR16-14UN IL16-14UN 14 9.525 16 1.05 0.9 1.2
IR16-13UN IL16-13UN 13 9.525 16 1.13 1.0 1.3
IR16-12UN IL16-12UN 12 9.525 16 1.22 1.1 1.4
IR16-11.5UN IL16-11.5UN 11.5 9.525 16 1.28 1.1 1.5
IR16-11UN IL16-11UN 11 9.525 16 1.33 1.1 1.5
IR16-10UN IL16-10UN 10 9.525 16 1.47 1.1 1.5
IR16-9UN IL16-9UN 9 9.525 16 1.63 1.2 1.7
IR16-8UN IL16-8UN 8 9.525 16 1.83 1.1 1.5
IR22-7UN IL22-7UN 7 12.7 22 2.09 1.6 2.3
IR(L)H -22(C) IR22-6UN IL22-6UN 6 12.7 22 2.44 1.6 2.3
IR22-5UN IL22-5UN 5 12.7 22 2.93 1.6 2.3
IR27-4.5UN IL27-4.5UN 4.5 15.875 27 3.26 1.7 2.4
IR(L)H -27(C)
IR27-4UN IL27-4UN 4 15.875 27 3.67 1.8 2.7
P. 248, 249 : Stock Item : Under preparing for stock
240
Threading inserts
Whitworth for BSW, BSP (External)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Number of crest
(Right hand) (Left hand) (TPI) d L hmin X f
ER11-72W EL11-72W 72 6.35 11 0.23 0.7 0.4
ER11-60W EL11-60W 60 6.35 11 0.27 0.7 0.4
ER11-56W EL11-56W 56 6.35 11 0.29 0.7 0.4
ER11-48W EL11-48W 48 6.35 11 0.34 0.6 0.6
ER11-40W EL11-40W 40 6.35 11 0.41 0.6 0.6
Threading
ER11-36W EL11-36W 36 6.35 11 0.45 0.6 0.6
ER11-32W EL11-32W 32 6.35 11 0.51 0.6 0.6
ER(L)H N-11 ER11-28W EL11-28W 28 6.35 11 0.58 0.6 0.7
ER11-26W EL11-26W 26 6.35 11 0.63 0.7 0.8
ER11-24W EL11-24W 24 6.35 11 0.68 0.7 0.8
ER11-22W EL11-22W 22 6.35 11 0.74 0.8 0.9
ER11-20W EL11-20W 20 6.35 11 0.81 0.8 0.9
ER11-19W EL11-19W 19 6.35 11 0.86 0.8 1.0
ER11-18W EL11-18W 18 6.35 11 0.90 0.8 1.0
ER11-16W EL11-16W 16 6.35 11 1.02 0.9 1.1
ER11-14W EL11-14W 14 6.35 11 1.16 1.0 1.2
ER16-72W EL16-72W 72 9.525 16 0.23 0.7 0.4
ER16-60W EL16-60W 60 9.525 16 0.27 0.7 0.4
ER16-56W EL16-56W 56 9.525 16 0.29 0.7 0.4
ER16-48W EL16-48W 48 9.525 16 0.34 0.6 0.6
ER16-40W EL16-40W 40 9.525 16 0.41 0.6 0.6
ER16-36W EL16-36W 36 9.525 16 0.45 0.6 0.6
ER16-32W EL16-32W 32 9.525 16 0.51 0.6 0.6
ER16-30W EL16-30W 30 9.525 16 0.55 0.6 0.7
ER16-28W EL16-28W 28 9.525 16 0.58 0.6 0.7
ER16-26W EL16-26W 26 9.525 16 0.63 0.7 0.8
ER(L)H -16(C) ER16-24W EL16-24W 24 9.525 16 0.68 0.7 0.8
ER16-22W EL16-22W 22 9.525 16 0.74 0.8 0.9
ER16-20W EL16-20W 20 9.525 16 0.81 0.8 0.9
ER16-19W EL16-19W 19 9.525 16 0.86 0.8 1.0
ER16-18W EL16-18W 18 9.525 16 0.90 0.8 1.0
ER16-16W EL16-16W 16 9.525 16 1.02 0.9 1.1
ER16-14W EL16-14W 14 9.525 16 1.16 1.0 1.2
ER16-12W EL16-12W 12 9.525 16 1.36 1.1 1.4
ER16-11W EL16-11W 11 9.525 16 1.48 1.1 1.5
ER16-10W EL16-10W 10 9.525 16 1.63 1.1 1.5
ER16-9W EL16-9W 9 9.525 16 1.81 1.2 1.7
ER16-8W EL16-8W 8 9.525 16 2.03 1.2 1.5
ER22-7W EL22-7W 7 12.7 22 3.32 1.6 2.3
ER(L)H -22(C) ER22-6W EL22-6W 6 12.7 22 2.71 1.6 2.3
ER22-5W EL22-5W 5 12.7 22 3.25 1.7 2.4
ER27-4.5W EL27-4.5W 4.5 15.875 27 3.61 1.8 2.6
ER(L)H -27(C)
ER27-4W EL27-4W 4 15.875 27 4.07 2.0 2.9
P. 246, 247 : Stock Item : Under preparing for stock
241
Threading inserts
Whitworth for BSW, BSP (Internal)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Number of crest
(Right hand) (Left hand) (TPI) d L hmin X f
IR11-72W IL11-72W 72 6.35 11 0.23 0.7 0.4
IR11-60W IL11-60W 60 6.35 11 0.27 0.7 0.4
IR11-56W IL11-56W 56 6.35 11 0.29 0.7 0.4
IR11-48W IL11-48W 48 6.35 11 0.34 0.6 0.6
IR11-40W IL11-40W 40 6.35 11 0.41 0.6 0.6
Threading
IR11-36W IL11-36W 36 6.35 11 0.45 0.6 0.6
IR11-32W IL11-32W 32 6.35 11 0.51 0.6 0.6
IR11-28W IL11-28W 28 6.35 11 0.58 0.6 0.7
IR(L)H N-11 IR11-26W IL11-26W 26 6.35 11 0.63 0.7 0.8
IR11-24W IL11-24W 24 6.35 11 0.68 0.7 0.8
IR11-22W IL11-22W 22 6.35 11 0.74 0.8 0.9
IR11-20W IL11-20W 20 6.35 11 0.81 0.8 0.9
IR11-19W IL11-19W 19 6.35 11 0.86 0.8 1.0
IR11-18W IL11-18W 18 6.35 11 0.90 0.8 1.0
IR11-16W IL11-16W 16 6.35 11 1.02 0.9 1.1
IR11-14W IL11-14W 14 6.35 11 1.16 0.9 1.1
IR11-12W IL11-12W 12 6.35 11 1.32 0.9 1.2
IR16-72W IL16-72W 72 9.525 16 0.23 0.7 0.4
IR16-60W IL16-60W 60 9.525 16 0.27 0.7 0.4
IR16-56W IL16-56W 56 9.525 16 0.29 0.7 0.4
IR16-48W IL16-48W 48 9.525 16 0.34 0.6 0.6
IR16-40W IL16-40W 40 9.525 16 0.41 0.6 0.6
IR16-36W IL16-36W 36 9.525 16 0.45 0.6 0.6
IR16-32W IL16-32W 32 9.525 16 0.51 0.6 0.6
IR16-30W IL16-30W 30 9.525 16 0.55 0.6 0.7
IR16-28W IL16-28W 28 9.525 16 0.58 0.6 0.7
IR16-26W IL16-26W 26 9.525 16 0.63 0.7 0.8
IR(L)H -16(C) IR16-24W IL16-24W 24 9.525 16 0.68 0.7 0.8
IR16-22W IL16-22W 22 9.525 16 0.74 0.8 0.9
IR16-20W IL16-20W 20 9.525 16 0.81 0.8 0.9
IR16-19W IL16-19W 19 9.525 16 0.86 0.8 1.0
IR16-18W IL16-18W 18 9.525 16 0.90 0.8 1.0
IR16-16W IL16-16W 16 9.525 16 1.02 0.9 1.1
IR16-14W IL16-14W 14 9.525 16 1.16 1.0 1.2
IR16-12W IL16-12W 12 9.525 16 1.36 1.1 1.4
IR16-11W IL16-11W 11 9.525 16 1.48 1.1 1.5
IR16-10W IL16-10W 10 9.525 16 1.63 1.1 1.5
IR16-9W IL16-9W 9 9.525 16 1.81 1.2 1.7
IR16-8W IL16-8W 8 9.525 16 2.03 1.2 1.5
IR22-7W IL22-7W 7 12.7 22 3.32 1.6 2.3
IR(L)H -22(C) IR22-6W IL22-6W 6 12.7 22 2.71 1.6 2.3
IR22-5W IL22-5W 5 12.7 22 3.25 1.7 2.4
IR27-4.5W IL27-4.5W 4.5 15.875 27 3.61 1.8 2.6
IR(L)H -27(C)
IR27-4W IL27-4W 4 15.875 27 4.07 2.0 2.9
P. 248, 249 : Stock Item : Under preparing for stock
242
Threading inserts
NPT (External)
TURNING
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Number of crest
(Right hand) (Left hand) (TPI) d L hmin X f
ER11-27NPT EL11-27NPT 27 6.35 11 0.66 0.7 0.8
ER(L)H N-11 ER11-18NPT EL11-18NPT 18 6.35 11 1.01 0.8 1.0
ER11-14NPT EL11-14NPT 14 6.35 11 1.33 0.8 1.0
ER16-27NPT EL16-27NPT 27 9.525 16 0.66 0.7 0.8
ER16-18NPT EL16-18NPT 18 9.525 16 1.01 0.8 1.0
Threading
ER(L)H -16(C) ER16-14NPT EL16-14NPT 14 9.525 16 1.33 0.9 1.2
ER16-11.5NPT EL16-11.5NPT 11.5 9.525 16 1.64 1.1 1.5
ER16-8NPT EL16-8NPT 8 9.525 16 2.42 1.3 1.8
P. 246, 247 : Stock Item : Under preparing for stock
NPT (Internal)
Specification (mm)
PC3030T
PC3030T
Available Holder Designation Designation Number of crest
(Right hand) (Left hand) (TPI) d L hmin X f
IR11-27NPT IL11-27NPT 27 6.35 11 0.66 0.7 0.8
IR(L)H N-11 IR11-18NPT IL11-18NPT 18 6.35 11 1.01 0.8 1.0
IR11-14NPT IL11-14NPT 14 6.35 11 1.33 0.8 1.0
IR16-27NPT IL16-27NPT 27 9.525 16 0.66 0.7 0.8
IR16-18NPT IL16-18NPT 18 9.525 16 1.01 0.8 1.0
IR(L)H -16(C) IR16-14NPT IL16-14NPT 14 9.525 16 1.33 0.9 1.2
IR16-11.5NPT IL16-11.5NPT 11.5 9.525 16 1.64 1.1 1.5
IR16-8NPT IL16-8NPT 8 9.525 16 2.42 1.3 1.8
P. 248, 249 : Stock Item : Under preparing for stock
243
Threading holder code system (External)
E R H 10 (N) 11 (C)
Application Hand of tool Name
Threading
R : Right hand
E : Holder for external threading H : Holder
L : Left hand
Height of shank Available insert size Clamping system
8, 10, 12, 16, 20, Not shown : Screw on system
25, 32, 40, 50 C : Clamp on system
L11 : d 6.35
L16 : d 9.525
Shim L22 : d 12.7
L27 : d 15.875
Not shown : Shim required
No shim required
244
Threading holder code system (Internal)
I R H 10 (N) 11 (C)
Application Hand of tool Name
Threading
R : Right hand
I : Holder for internal threading H : Holder
L : Left hand
Diameter shank(Front part) Available insert size Clamping system
10, 12, 13, 16, Not shown : Screw on system
20, 25, 32, 40, 50, 60 C : Clamp on system
L11 : d 6.35
L16 : d 9.525
Shim L22 : d 12.7 Note
L27 : d 15.875
Not shown : Shim required Please refer to detail specification
N : No shim required for shank diameter(rear part)
245
Threading holder (External)
Screw on system
TURNING
Parts
Stock Specification
Designation
(mm)
Screw Shim screw Right Left Wrench
for insert hand shim hand shim
ER(L)H08N-11 6.35 8 8 11 136.4 17.5
Threading
ER(L)H10N-11 6.35 10 10 11 70.0 17.5 ST11N - - - TW08P
ER(L)H12N-11 6.35 12 12 12 80.0 17.5
ER(L)H12N-16 9.525 12 12 16 83.2 22 ST16N - - - TW10P
ER(L)H09-16 9.525 9.52 9.52 16 63.6 20.5
ER(L)H12-16 9.525 12 12 16 83.2 22
ER(L)H16-16 9.525 16 16 16 100.0 20.5
ST16 STA16 ATE16 ATI16 TW10P
ER(L)H20-16 9.525 20 20 20 128.6 30
ER(L)H25-16 9.525 25 25 25 153.6 30
ER(L)H32-16 9.525 32 32 32 173.6 30
ER(L)H25-22 12.7 25 25 25 155.7 36
ER(L)H32-22 12.7 32 32 32 175.7 36 ST22 STA22 ATE22 ATI22 TW20P
ER(L)H40-22 12.7 40 40 40 205.7 36
ER(L)H25-27 15.875 25 25 32 151.6 35
ER(L)H32-27 15.875 32 32 32 176.6 40
ST27 STA27 ATE27 ATI27 TW25L
ER(L)H40-27 15.875 40 40 40 206.6 40
ER(L)H50-27 15.875 50 50 50 256.6 40
Helix angle of everyholder is 1.5 P. 235~239, 241, 243 : Stock Item : Under preparing for stock
N type : No shim required.
246
Threading holder (External)
Clamp on system
TURNING
Parts
Stock Specification
Designation
(mm)
Shim screw Clamp Right Left Wrench
hand shim hand shim
ER(L)H20-16C 9.525 20 20 20 128.6 30
TW10P
Threading
ER(L)H25-16C 9.525 25 25 25 153.6 30 STA16 CTH16 ATE16 ATI16
TW15P
ER(L)H32-16C 9.525 32 32 32 173.6 30
ER(L)H25-22C 12.7 25 25 25 155.7 36
ER(L)H32-22C 12.7 32 32 32 175.7 36 STA22 CTH22 ATE22 ATI22 TW20P
ER(L)H40-22C 12.7 40 40 40 205.7 36
ER(L)H25-27C 15.875 25 25 32 151.6 35
ER(L)H32-27C 15.875 32 32 32 176.6 40
STA27 CTH27 ATE27 ATI27 TW25L
ER(L)H40-27C 15.875 40 40 40 206.6 40
ER(L)H50-27C 15.875 50 50 50 256.6 40
Helix angle of everyholder is 1.5 P. 235~239, 241, 243 : Stock Item : Under preparing for stock
247
Threading holder (Internal)
Screw on system
TURNING
Parts
Stock Specification
Designation
(mm)
Screw Shim Right Left Wrench
for insert screw hand shim hand shim
IR(L)H10DN-11 6.35 100 10 10.0 7.3 13
Threading
IR(L)H10N-11 6.35 18.0 180 25 20 10.0 7.3 13 ST11N - - - TW08P
IR(L)H13N-11 6.35 18.0 180 32 20 13.0 8.9 16
IR(L)H13N-16 9.525 18.0 180 32 20 12.7 10.3 17
IR(L)H16N-16 9.525 18.0 180 40 20 16.0 11.5 20 ST16N - - - TW10P
IR(L)H16DN-16 9.525 15.2 150 32 16 16.0 11.3 20
IR(L)H20-16 9.525 18.0 180 40 20 20.0 13.4 24
IR(L)H25-16 9.525 29.0 250 60 32 25.0 16.3 29
IR(L)H25D-16 9.525 22.6 200 45 25 24.6 16.1 29 ST16 STA16 ATI16 ATE16 TW10P
IR(L)H32-16 9.525 29.0 250 60 32 32.0 19.6 36
IR(L)H40-16 9.525 36.0 300 60 40 40.0 23.8 44
IR(L)H20N-22 12.7 18.0 180 50 20 20.0 15.6 27 ST22N - - - TW20P
IR(L)H25-22 12.7 29.0 250 60 32 25.0 17.4 32
IR(L)H25D-22 12.7 22.6 200 45 25 24.6 17.2 32
ST22 STA22 ATI22 ATE22 TW20P
IR(L)H32-22 12.7 29.0 250 60 32 32.0 21.5 39
IR(L)H40-22 12.7 36.0 300 60 40 40.0 25.8 47
IR(L)H32-27 15.875 29.0 250 60 32 32.0 22.4 40
IR(L)H40-27 15.875 36.0 300 60 40 40.0 26.4 48
ST27 STA27 ATI27 ATE27 TW25L
IR(L)H50-27 15.875 45.0 350 75 50 50.0 31.4 58
IR(L)H60-27 15.875 54.0 400 75 60 60.0 36.4 69
Helix angle of everyholder is 1.5 P. 235, 236, 238, 240, 242, 243 : Stock Item : Under preparing for stock
N type : No shim required.
D type is a straight type that having same diameter through out whole shank.
248
Threading holder (Internal)
Clamp on system
TURNING
Parts
Stock Specification
Designation
(mm)
Shim Right Left Wrench
Clamp
screw hand shim hand shim
IR(L)H20-16C 9.525 18.0 180 50 20 20.0 13.4 24
Threading
IR(L)H25-16C 9.525 28.0 250 60 32 25.0 16.3 29
TW10P
IR(L)H25D-16C 9.525 22.6 200 45 25 24.6 16.1 29 STA16 CTH16 ATI16 ATE16
TW15P
IR(L)H32-16C 9.525 29.0 250 60 32 32.0 19.6 36
IR(L)H40-16C 9.525 36.0 300 60 40 40.0 23.8 44
IR(L)H25-22C 12.7 29.0 250 60 32 25.0 17.4 32
IR(L)H25D-22C 12.7 22.6 200 45 25 24.6 17.2 32
STA22 CTH22 ATI22 ATE22 TW20P
IR(L)H32-22C 12.7 29.0 250 60 32 32.0 21.5 39
IR(L)H40-22C 12.7 36.0 300 60 40 40.0 25.8 47
IR(L)H32-27C 15.875 29.0 250 60 32 32.0 22.4 40
IR(L)H40-27C 15.875 36.0 300 60 40 40.0 26.4 48
STA27 CTH27 ATI27 ATE27 TW25L
IR(L)H50-27C 15.875 45.0 350 75 50 50.0 31.4 58
IR(L)H60-27C 15.875 54.0 400 75 60 60.0 36.4 69
Helix angle of everyholder is 1.5 P. 235, 236, 238, 240, 242, 243 : Stock Item : Under preparing for stock
N type : No shim required.
D type is a straight type that having same diameter through out whole shank.
249
Vertical type threading insert & holder
VETR Vertical USE Geometry
Recommendation
TURNING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NC305K
NC3010
NC3020
NC3030
NC9020
NC6010
Designation
PC8010
PC9030
ASA
CN100
CN200
PC130
Holder Pitch f
CN20
CT10
ST10
G10
H01
VTH 2525R VETR 080 0.8 60 1.4
100 1.0 60 1.4
125 1.25 60 1.4
150 1.5 60 1.2
175 1.75 60 1.2
200 2.0 60 1.2
250 2.5 60 1.4
300 3.0 60 1.6
150F 0.8-1.5 60 1.4
300F 1.5-3.0 60 1.6
Threading
P. 250 : Stock Item : Under preparing for stock
VTH
Feed direction
Right-hand shown
Holder Style Application Available Inserts Parts
Comment External threading
(mm)
Stock H=(h) W L S Screw
Designation Clamp Screw Wrench
for clamp
VTH 2020R 20 20 125 26.4
2525R 25 25 150 33.4 VETR CS6R1 DHA0617 FTKA03510 TW15P, HW30L
3225R 32 25 170 33.4
* Model Insert : r=0.8 Boring bar with coolant hole. P. 250 : Stock Item : Under preparing for stock
250
Boring Bars
251
Cartridge Code System (ISO)
S T F C R
Clamping method of Insert Insert Shape Relief angle of Insert
Cartridges
Hole Clamping (Pin Lock) Top clamping without hole Screw on
Lead angle Hand of Tool
252
12 C A 16
Height of Cutting edge Type of Cartridge
Cartridges
h A
(ISO5611)
Cartridge Code Length of Insert cutting edge
C
(Cartridge)
253
KORLOY Cartridge Index
Cutting Shape Designation Turning Copying Facing Chamfering Available Inserts
Screw on system
SSKCR SC T 09T3
10CA-09
1204
12CA-12
P. 255 P. 71, 72
SSSCR
SC T 09T3
10CA-09 1204
12CA-12
P. 255 P. 71, 72
STFCR
TC T 1102
10CA-11 16T3
12CA-16
P. 256 P. 83, 84
Cartridges
STTCR
TC T 1102
10CA-11
16T3
12CA-16
P. 256 P. 83, 84
STWCR
TC T 1102
10CA-11 16T3
12CA-16
P. 257 P. 83, 84
Clamp on system
CSKPR SP T 0903
10CA-09
1203
12CA-12
P. 257 P. 74
CTTPR
TP T 1103
10CA-11
1603
12CA-16
P. 258 P. 86, 87
CTWPR
TP T 1103
10CA-11
1603
12CA-16
P. 258 P. 86, 87
CTFPR
TP T 1103
10CA-11
1603
12CA-16
P. 259 P. 86, 87
CTSPR
TP T 1103
10CA-11
1603
12CA-16
P. 259 P. 86, 87
254
Cartridge
SSKCR/L (Screw on System)
TURNING
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
SSKCR/L 10CA-09 15 11 50 14 10 8 0 -4 20 5 20 40 SC T 09T3
12CA-12 20 15 55 20 12 8 0 -4 20 6 20 50 1204
* Model Insert : r=0.8 D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 71, 72
Cartridges
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Screw Washer Wrench Wrench
Screw Screw Screw
SSKCR/L 10CA-09 FTGA03508 AZ0508F KHA0408 RHA0620 WA0602 TW 15P HW20L
12CA-12 FTGA0411F AZ0508F KHA0412 RHA0625 WA0602 TW 15P HW20L
SSSCR/L (Screw on System)
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
SSSCR/L 10CA-09 15 11 44 14 10 8 -5 0 20 5 20 40 SC T 09T3
12CA-12 20 15 47 20 12 8 -5 0 20 6 20 50 1204
* Model Insert : r=0.8 D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 71, 72
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Screw Washer Wrench Wrench
Screw Screw Screw
SSSCR/L 10CA-09 FTGA03508 AZ0508F KHA0408 RHA0620 WA0602 TW 15P HW20L
12CA-12 FTGA0411F AZ0508F KHA0412 RHA0625 WA0602 TW 15P HW20L
255
Cartridge
STFCR/L (Screw on System)
TURNING
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
STFCR/L 10CA-11 15 11 50 14 10 8 0 -3 20 5 20 40 TC T 1102
12CA-16 20 15 55 20 12 8 0 -3 20 6 20 50 16T3
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 83, 84
Cartridges
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Screw Washer Wrench Wrench
Screw Screw Screw
STFCR/L 10CA-11 FTKA02565 AZ0508F KHA0408 RHA0620 WA0602 TW 15P HW20L
12CA-16 FTGA03508 AZ0508F KHA0412 RHA0625 WA0602 TW 15P HW20L
STTCR/L (Screw on System)
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
STTCR/L 10CA-11 15 11 50 9 10 8 -5 0 20 5 20 40 TC T 1102
12CA-16 20 15 47 20 12 8 -3 0 20 6 20 50 16T3
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 83, 84
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Screw Washer Wrench Wrench
Screw Screw Screw
STTCR/L 10CA-11 FTKA02565 AZ0508F KHA0408 RHA0620 WA0602 TW 07P HW20L
12CA-16 FTGA03508 AZ0508F KHA0412 RHA0625 WA0602 TW15P HW20L
256
Cartridge
STWCR/L (Screw on System)
TURNING
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
STWCR/L 10CA-11 15 11 44 14 10 8 0 -4 20 5 20 40 TC T 1102
12CA-16 20 15 47 20 12 8 -5 0 20 6 20 50 16T3
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 83, 84
Cartridges
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Screw Washer Wrench Wrench
Screw Screw Screw
STWCR/L 10CA-11 FTKA02565 AZ0508F KHA0408 RHA0620 WA0602 TW 07P HW20L
12CA-16 FTGA03508 AZ0508F KHA0412 RHA0625 WA0602 TW15P HW20L
CSKPR/L (Clamp on System)
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
CSKPR/L 10CA-09 15 11 50 14 10 8 6 0 20 5 20 40 SP T 0903
12CA-12 20 16 55 20 12 8 6 0 20 6 20 50 1203
* Model Insert : r=0.8 D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 74
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Clamp Washer Wrench Wrench
Screw Screw Screw
CSKPR/L 10CA-09 CA05R AZ0508F KHA0408 RHA0620 WA0602 HW25L HW20L
12CA-12 CA06R AZ0508F KHA0412 RHA0625 WA0602 HW30L HW20L
257
Cartridge
CTTPR/L (Clamp on System)
TURNING
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
CTTPR/L 10CA-11 15 11 50 9 10 8 5 0 20 5 20 40 TP T 1103
12CA-16 20 16 55 20 12 8 5 0 20 6 20 50 1603
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 86, 87
Cartridges
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Clamp Washer Wrench Wrench
Screw Screw Screw
CTTPR/L 10CA-11 CA05R AZ0508F KHA0408 RHA0620 WA0602 HW 25L HW20L
12CA-16 CA06R AZ0508F KHA0412 RHA0625 WA0602 HW 30L HW20L
CTWPR/L (Clamp on System)
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
CTWPR/L 10CA-11 15 11 44 14 10 8 6 0 20 5 20 40 TP T 1103
12CA-16 20 16 47 20 12 8 6 0 20 6 20 50 1603
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 86, 87
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Clamp Washer Wrench Wrench
Screw Screw Screw
CTWPR/L 10CA-11 CA05R AZ0508F KHA0408 RHA0620 WA0602 HW 25L HW20L
12CA-16 CA06R AZ0508F KHA0412 RHA0625 WA0602 HW 30L HW20L
258
Cartridge
CTFPR/L (Clamp on System)
TURNING
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
CTFPR/L 10CA-11 15 11 50 14 10 8 6 0 20 5 20 40 TP T 1103
12CA-16 20 16 55 20 12 8 6 0 20 6 20 50 1603
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 86, 87
Cartridges
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Clamp Washer Wrench Wrench
Screw Screw Screw
CTFPR/L 10CA-11 CA05R AZ0508F KHA0408 RHA0620 WA0602 HW 25L HW20L
12CA-16 CA06R AZ0508F KHA0412 RHA0625 WA0602 HW 30L HW20L
CTSPR/L (Clamp on System)
Right-hand shown
(mm)
Stock
Designation H W L S h K a t V D Available Inserts
CTSPR/L 10CA-11 15 11 44 14 10 8 4 0 20 5 20 40 TP T 1103
12CA-16 20 16 47 20 12 8 5 0 20 6 20 50 1603
* Model Insert : r=0.4(I=11), r=0.8(I=16) D=Minimum machining Diameter : Stock Item : Under preparing for stock P. 86, 87
Parts
Parts
Axial Adjusting Radial Adjusting Mounting
Clamp Washer Wrench Wrench
Screw Screw Screw
CTSPR/L 10CA-11 CA05R AZ0508F KHA0408 RHA0620 WA0602 HW 25L HW20L
12CA-16 CA06R AZ0508F KHA0412 RHA0625 WA0602 HW 30L HW20L
259
Aluminum wheel tooling example
MACHINING SIDE A MACHINING SIDE B
Aluminum wheel tooling example
MACHINING SIDE A Top Turret MACHINING SIDE B Top Turret
MGEHR25N-8A MGEHR25N-8A
T01 Rim Roughing T01 Rim Roughing
MRGN8N-A(Carbide) MRGN8N-A(Carbide)
MGEHL25N-8A-15 MGEHR25N-8A
T02 Internal Roughing T02 Rim Finishing
MRGN8N-A(Carbide) MRGN8N-AP(PCD)
S40S-SVQCR22 S32U-SVQCR16
T03 Finish Boring
T03 Rough Boring VCGT220530-TA(Carbide) VCGT160408-AK(Carbide)
DCGT11T304-TA(Carbide) MGEHR25N-8A-15
T04 Internal Roughing
MGEHR25N-8A-15 MRGN8N-A(Carbide)
T04 Rim Roughing
MRGN8N-AP(PCD) MGEHR25N-8A-15
T05 Internal Finishing
MGEHR25N-8A MRGN8N-AP(PCD)
T05 Internal Finishing
MRGN8N-AP(PCD)
Various type of inserts
MRGN-A MRGN-A5 MRGN-AM MRGN-AP MVGN-A
New V type insert
(For general use) (For copy machining) (For medium roughing) (PCD insert) (instead of VCGT)
260
Part name of Al wheel
Aluminum wheel tooling example
Clmaping mechanism for new MGT insert
Good positioning even under
eccentrical cutting load
Insert Centering Powerful clamping
Before tightening After tightening
New concept clamping system
HOLDER
INSERT
L R
I
R
INSERT
r HOLDER
Strong clamping power acquired due to special radius(R ) and convex dot designed on clamping part of insert.
261
Railway wheel tooling example
Special Features
Exclusive tool for railway wheel machining
To machine new wheel RCMX type
To repair wheel LNUX type
Excellent tool life and chip control performance from roughing to finishing.
Machining example - Repair
Railway wheel tooling example
Machining Machining example (Testing against competitor)
sequence A B C Insert : LNUX301940-TM
Insert LNUX301940-TF/TM Grade : NC3015
Work Piece : SSW2, 920~1000
Grade NC3015 NC3015 Cutting condition
V=78m/min S13~18rpm
Reduce cutting speed f=1.0mm/rev d=3~4mm
Recommendation Increase cutting speed at part
at part A where depth Testing result : Longer tool life & smooth chip
B,C to get good chip control.
of cut become bigger.
flow than competitor s have been
acquired.
262
Machining example
Top part
Bottom part
Railway wheel tooling example
Machining Machining example (Testing against competitor)
A B C Insert : RCMX3209M0-SL
sequence
Grade : NC3015
PRDCN5050-U32
Holder PSDNN5050-U25 PSSNR5050-S25 Work Piece : SSW2, 840
PRGCN5050-U32
Cutting condition
Insert SNMM250724-GH RCMX3209MO-SL V=55~100m/min f=1.0~1.5mm/rev
d=1~6mm
Grade NC3015 NC3015
Testing result : Longer tool life & smooth chip
Machining sequence : Top face(A B) Bottom face(A B C) flow than competitor s have
been acquired.
Railway Machining example
Milling of Running Milling of Fish
gear & Lowering plating
263
G T
M
D 0
Milling
Milling insert Milling Insert Code System (ISO) 266
Milling Inserts 268
Cutter body Cutter body Series 304
Technical Guide of Aero mill 308
Technical Guide of Alpha mill 310
Technical Guide of Future mill aluminum body 312
Technical Guide of Future mill (FMA) 314
Technical Guide of Future mill (FMP) 315
Technical Guide of Future mill (FMR) 316
Technical Guide of HRM tool 318
Technical Guide of Laser mill 320
Technical Guide of Pro-X mill 322
Mill-Max 324
Aero mill 336
Alpha mill 338
Future mill 345
HRM tool 357
Mach mill 360
Laser mill 362
Cen-Mill 364
Pro-A mill 369
Pro-X mill 371
Turbo mill 373
Modular adapter 378
High feed & side cutter KORLOY High-feed / Side / Block cutter series 380
Special features of high feed cutter 382
How to assemble the high feed cutter 383
High-Feed Cutter 384
Indexable full side cutter 390
Indexable half side cutter 391
Indexable side cutter 392
High feed cutter for cast iron Technical Guide of High feed cutter of cast iron 395
Technical Guide of Cube mill 396
Cube mill 398
Technical Guide of Dura mill 408
Dura mill 410
Technical Guide of Storm mill 411
Storm mill 413
Technical Guide of Couple mill 417
Couple mill 418
Pipe tooling example 424
Gear tooling example 425
Automobile engine tooling example 426
Endmilling KORLOY Endmill series 432
Technical Guide of Endmill 434
End mill 438
Milling Insert Code System (ISO)
S P K R 12
Insert Shape Relief Angle
Milling Inserts
Tolerance Cross Section Type
d : Inscribed Circle
t : Thickness
m : refer to figure
Class
A 0.025 0.005 0.025
C 0.025 0.013 0.025
H 0.013 0.013 0.025
E 0.025 0.025 0.025
G 0.025 0.025 0.13
J 0.05 - 0.15 0.005 0.025
K 0.05 - 0.15 0.013 0.025
L 0.05 - 0.15 0.025 0.025
M 0.05 - 0.15 0.08 - 0.20 0.13
U 0.08 - 0.25 0.13 - 0.38 0.13
Tolerance on C,H,R,T,W class (exceptional case)
Tolerance on d Tolerance on m
6.35 0.05 0.08 0.08 0.13
9.525 0.05 0.08 0.08 0.13
12.7 0.08 0.13 0.13 0.20
15.875 0.10 0.18 0.15 0.27
19.05 0.10 0.18 0.15 0.27
25.4 0.13 0.25 0.18 0.38
Tolerance on D class (exceptional case)
Tolerance on d Tolerance on m
6.35 0.05 0.11
9.525 0.05 0.11
12.7 0.08 0.15
15.875 0.10 0.18 Special type
19.05 0.10 0.18
266
ED
03 08 S R MX
Height of cutting edge Edge preparation Hand of Tool
Symbol Height of cutting edge(t)
- 0.5(1) 0.79 1/32
T0 0.6 1.00 0.040
01 1(2) 1.59 1/16
T1 1.2 1.98 5.64
02 1.5(3) 2.38 3/32
03 2 3.18 1/8
T3 2.5 3.97 5/32
04 3 4.76 3/16
05 3.5 5.56 7/32
06 4 6.35 1/4
07 5 7.94 5/16
09 6 9.52 3/8
11 7 11.11 7/16
12 8 12.70 1/2
Milling Inserts
( ) Symbol for small size insert
Cutting Edge Length, Diameter of Inscribed circle Nose Radius (Nose R)
Metric system Inch system
00 0 0.0 12 3 1.2 3/64
02 0.2 15 1.5
04 1 0.4 1/64 16 4 1.6 4/64
05 0.5 24 6 2.4 6/64
Use 1/32 unit for a insert having smaller I.C 08 2 0.8 2/64 32 8 3.2 8/64
10 1.0 40 4.0
under 1/4
Use 1/8 unit for a insert having larger I.C
over 1/4
In case of rectangular and rhombic insert A - 45 A-3 F - 25
indicate cutting edge length instead of D - 60 B-5 G - 30
inscribed circle. E - 75 C-7 N-0
F - 85 D - 15 P - 11
P - 90 E - 20
Z - Special
Cross over chart for Metric and Inch system
Chip Breaker for Milling
06 09 11 16 22 27 33 44
03 05 06 09 12 15 19 25
MA MF MM
04 06 07 11 15 19 23 31
03 05 06 09 12 16 19 25
MX MF MM
Inscribed circle 5/32 7/32 1/4 3/8 1/2 5/8 3/4 1
Inch system 5 7 2(8) 3 4 5 6 8
MR MA
267
Milling Inserts
ADKA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter
PC230
I d t r d1
CN20
CN30
CT10
ST20
G10
H01
ADKA 150308R 15.0 9.525 3.18 0.8 4.5
150308TR 15.0 9.525 3.18 0.8 4.5
150308SR 15.0 9.525 3.18 0.8 4.5
MILLING
: Stock Item : Under preparing for stock
ADLT
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
NCM325
NCM335
Designation ASA
PC3535
PC3545
PC9530
PC6510
ST30A
cutter
PC230
I d t r d1
CN20
CN30
CT10
ST20
G10
H01
ADLT 150308R 15.0 9.525 3.18 0.8 4.5
150308TR 15.0 9.525 3.18 0.8 4.5
150308SR 15.0 9.525 3.18 0.8 4.5
: Stock Item : Under preparing for stock
APKT
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
Designation
NCM325
ASA
PC3535
PC3545
PC3530
PC6510
ST30A
cutter I d t r d1
CN20
CN30
CT10
ST20
G10
H01
AMS 3000 APKT 1604PDSR 16.4 9.525 4.76 0.8 4.4
AMC(M) 3000
AMS3000-K
AMC(M)3000-K
P. 338, 339, 341~343 : Stock Item : Under preparing for stock
268
Milling Inserts
APKT-MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
NCM325
NCM335
Designation ASA
PC3535
PC3545
PC9530
PC6510
PD2000
ST30A
cutter I d t r d1
CN20
CN30
CT10
ST20
G10
H01
AMS 3000 APKT 1604PDFR-MA 16.4 9.525 4.76 0.4 4.4
AMC(M) 3000
AMS3000-K
AMC(M)3000-K
MILLING
Milling Inserts
P. 338, 339, 341~343 : Stock Item : Under preparing for stock
APXT, APKT Special Notice for APKT/APXT16 - Use.
Every single Alpha Mill holder which is listed here is optimally designed to be clamped
with both APKT and APXT16 - insert for general cutting application.
For better precision tooling, how ever, such as finishing of shouldering, slotting and
facing, we recommend special "Alpha Mill-K" Holder and APKT insert.
Available "Alpha Mill-K" Holders
AMS(A)3000S-K AMS(A)2000MH-K AMS(A)3000MH-K AMC(A)3000S-K
Warning : Using APKT16 - in general Alpha Mill holder (without-K) may cause
tolerance trouble in case of precision operation ( ) number is for APXT11T3
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM320K
Designation ASA
NCM325
NCM335
PC215K
PC8520
PC3535
PC3545
PC9530
PC6510
cutter
ST30A
PC230
PC240
I d t r d1
CN20
CT10
ST20
G10
H01
AMS 2000 APXT 11T3PDSR-MF 11.3 6.60 3.6 0.5 2.85
AMC(M) 2000 11T3PDSR-MM 11.3 6.60 3.6 0.5 2.85
11T3PDSR-MR 11.3 6.60 3.6 0.5 2.85
11T312R-MM 11.3 6.60 3.6 1.2 2.85
11T316R-MM 11.3 6.60 3.6 1.6 2.85
11T324R-MM 11.3 6.60 3.6 2.4 2.85
11T3PDR-MA 11.3 6.60 3.6 0.5 2.85
11T318R-MA 11.3 6.60 3.6 1.8 2.85
11T318R-MM 11.3 6.60 3.6 1.8 2.85
AMS 3000 1604PDSR-MF 16.5 9.56 5.76 0.8 4.5
AMC(M) 3000 1604PDSR-MM 16.5 9.56 5.76 0.8 4.5
160416R-MM 16.5 9.56 5.76 1.6 4.5
160432R-MM 16.5 9.56 5.76 3.2 4.5
APKT 1604PDFR-MA2 16.5 9.56 5.76 0.8 4.5
160416FR-MA2 16.5 9.56 5.76 1.6 4.5
160432FR-MA2 16.5 9.56 5.76 3.2 4.5
P. 338~344 : Stock Item : Under preparing for stock
269
Milling Inserts
BAPDR/L-XAF(NAF)(BLADE)
PCD Cermet Uncoated Carbide (mm)
Available ASA
Designation
DP2200
DP150
DP200
ST30A
cutter I d t
CN20
CN30
CT10
ST20
G10
H01
APD(M)-B BAPDR/L-XAF 31 14 13.8
-NAF 31 14 13.8
MILLING
P. 337 Nega land applied blade on cutting edge : Stock Item : Under preparing for stock
BAPDR/L-XAW(NAW)(BLADE)
Milling Inserts
PCD Cermet Uncoated Carbide (mm)
Available ASA
Designation
DP2200
DP150
DP200
ST30A
cutter I d t
CN20
CN30
CT10
ST20
G10
H01
APD(M)-B BAPDR/L-XAW 31 13.8 13.8
-NAW 31 13.8 13.8
P. 337 Nega land applied blade on cutting edge : Stock Item : Under preparing for stock
CDEW-XAF(NAF)
PCD Cermet Uncoated Carbide (mm)
Available ASA
Designation
DP2200
DP150
DP200
ST30A
cutter I d t d1
CN20
CN30
CT10
ST20
G10
H01
APD(M)-A CEDW 1204R/L-XAF 12.7 9.525 4.76 4.4
1204R/L-NAF 12.7 9.525 4.76 4.4
P. 336 Nega land applied insert on cutting edge : Stock Item : Under preparing for stock
270
Milling Inserts
CDEW-XAW(NAW)
PCD Cermet Uncoated Carbide (mm)
Available ASA
Designation
DP2200
DP150
DP200
ST30A
cutter I d t d1
CN20
CN30
CT10
ST20
G10
H01
APD(M)-A CDEW 1204R/L-XAW 12.7 9.525 4.76 4.4
1204R/L-NAW 12.7 9.525 4.76 4.4
MILLING
P. 336 Nega land applied insert on cutting edge : Stock Item : Under preparing for stock
CDEW-XCF
Milling Inserts
PCD Cermet Uncoated Carbide (mm)
Available ASA
Designation
DP2200
DP150
DP200
ST30A
cutter I d t d1
CN20
CN30
CT10
ST20
G10
H01
APD(M)-A CDEW 1204R/L-XCF 12.7 9.525 4.76 4.4
P. 336 : Stock Item : Under preparing for stock
CSN(CSNH)
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
CSN 43M 12.7 4.76 2.0
43MT 12.7 4.76 2.0
CSNH 43M 12.7 4.76 2.0
43MT 12.7 4.76 2.0
: Stock Item : Under preparing for stock
271
Milling Inserts
EDCW
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r d1
CN20
CN30
CT10
ST20
G10
H01
PM EDCW 1604ZDFR 53 16.4 15.875 4.76 0.8 5.5
1604ZDTR 53 16.4 15.875 4.76 0.8 5.5
MILLING
P. 365 : Stock Item : Under preparing for stock
HECN
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r
CN20
CN30
CT10
ST20
G10
H01
DEH 5000 HECN 090408FN 532 9.0 15.875 4.76 0.8
090408SN 532 9.0 15.875 4.76 0.8
090408TN 532 9.0 15.875 4.76 0.8
110412FN 633 11.0 19.05 4.76 1.2
110412TN 633 11.0 19.05 4.76 1.2
P. 386 : Stock Item : Under preparing for stock
HPEN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r
CN20
CN30
CT10
ST20
G10
H01
DPH 5000 HPEN 090408FN 532 9.0 15.875 4.76 0.8
090408SN 532 9.0 15.875 4.76 0.8
090408EN 532 9.0 15.875 4.76 0.8
110412FN 633 11.0 19.05 4.76 1.2
P. 387 : Stock Item : Under preparing for stock
272
Milling Inserts
HPEN-WC
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r
CN20
CN30
CT10
ST20
G10
H01
DPH 5000 HPEN 090408-WC 532 9.0 15.875 4.76 0.8
110412-WC 633 11.0 19.05 4.76 1.2
MILLING
P. 387 : Stock Item : Under preparing for stock
LBH
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC210F
PC3545
PC9530
PC6510
ST30A
cutter l d t r
CN20
CN30
CT10
ST20
G10
H01
LBE LBH 080 7 8 2.4 4
100 8.5 10 2.6 5
120 10 12 3 6
160 12 16 4 8
200 15 20 5 10
250 18.5 25 6 12.5
300 22.5 30 7 15
320 23.5 32 7 16
P. 362, 363 : Stock Item : Under preparing for stock
LBS
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC210F
PC3545
PC9530
PC6510
ST30A
cutter l d t r
CN20
CN30
CT10
ST20
G10
H01
LBE LBS 080 7 8 2.4 4
100 8.5 10 2.6 5
120 10 12 3 6
160 12 16 4 8
200 15 20 5 10
250 18.5 25 6 12.5
300 22.5 30 7 15
320 23.5 32 7 16
P. 362, 363 : Stock Item : Under preparing for stock
273
Milling Inserts
LNE
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC215K
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r(c) d1
CN20
CN30
CT10
ST20
G10
H01
SQN(M) 3000 LNE 324-C1.0 9.525 15.875 6.35 1.0 4.3
SFN(M) 3000 324-R0.8 9.525 15.875 6.35 0.8 4.3
SEN(M) 3000
SAN(M) 3000
MILLING
P. 413~416, 421 : Stock Item : Under preparing for stock
LR
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC210F
PC3545
PC9530
PC6510
ST30A
cutter l d t r
CN20
CN30
CT10
ST20
G10
H01
LBE LR 100-R 8.5 10 2.6 0.5~2.0
120-R 10 12 3 0.5~2.0
160-R 12 16 4 0.5~3.0
200-R 15 20 5 0.5~3.0
250-R 18.5 25 6 1.0~3.0
300-R 22.5 30 7 1.0~3.0
320-R 23.5 32 7 1.0~3.0
P. 362, 363 : Stock Item : Under preparing for stock
MCMT
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r d1
CN20
CN30
CT10
ST20
G10
H01
MCMT 080308EN 8.0 7.94 3.18 0.8 3.5
09T308EN 9.5 9.525 3.97 0.8 4.5
: Stock Item : Under preparing for stock
274
Milling Inserts
MPMT
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter I d t r d1
CN20
CN30
NC40
CT10
ST20
G10
H01
SE MPMT 090308 322 9.5 9.525 3.18 0.8 4.4
120408 432 12.7 12.7 4.76 0.8 5.5
MILLING
P. 366 : Stock Item : Under preparing for stock
OFCN
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t r
CN20
CN30
CT10
ST20
G10
H01
AFO(M) 5000 OFCN 0704SN 7.4 18 4.76 0.5
0704FN 7.4 18 4.76 0.5
070408SN 7.4 18 4.76 0.8
070408FN 7.4 18 4.76 0.8
P. 335 : Stock Item : Under preparing for stock
OFCW
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
Designation ASA
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
ST30A
cutter
PC230
I d t r d1
CN20
CN30
CT10
ST20
G10
H01
AFO(M) 4000 OFCW 05T3SN 5.2 12.7 3.97 0.5 4.4
05T3FN 5.2 12.7 3.97 0.5 4.4
05T308FN 5.2 12.7 3.97 0.8 4.4
P. 334 : Stock Item : Under preparing for stock
275
Milling Inserts
OFKR-MF, MM, MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
ST30A
cutter
PC230
l d t r
CN20
CN30
CT10
ST20
G10
H01
AFO(M) 5000 OFKR 0704SN-MF 7.4 18 4.76 0.5
070408SN-MF 7.4 18 4.76 0.8
0704SN-MM 7.4 18 4.76 0.5
070408SN-MM 7.4 18 4.76 0.8
0704FN-MA 7.4 18 4.76 0.5
MILLING
0704EN-MA 7.4 18 4.76 0.5
Milling Inserts
P. 335 : Stock Item : Under preparing for stock
OFKT-MF, MM, MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM320K
ASA
NCM325
NCM335
Designation
PC205K
PC3535
PC3545
PC9530
PC8520
ST30A
cutter
PC230
I d t r d1
CN20
CN30
CT10
ST20
G10
H01
AFO(M) 4000 OFKT 05T3SN-MF 5.2 12.7 3.97 0.5 4.4
05T308SN-MF 5.2 12.7 3.97 0.8 4.4
05T3SN-MM 5.2 12.7 3.97 0.5 4.4
05T308SN-MM 5.2 12.7 3.97 0.8 4.4
05T3FN-MA 5.2 12.7 3.97 0.5 4.4
05T3EN-MA 5.2 12.7 3.97 0.5 4.4
0704SN-MM 7.4 18 4.76 0.5 5.5
0704EN-MA 7.4 18 4.76 0.5 5.5
0704FN-MA 7.4 18 4.76 0.5 5.5
P. 334 : Stock Item : Under preparing for stock
276
Milling Inserts
PNEJ
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
Width of
PC3545
PC9530
PC6510
ST30A
cutter
PC230
d d1 t
CN20
CN30
CT10
ST20
cutter
G10
H01
SPP(M) PNEJ 1223N 12.7 5.0 2.3 4.0
SPB 1225N 12.7 5.0 2.5 4.5
1230N 12.7 5.0 3.0 5.0
1235N 12.7 5.0 3.5 6.0
1240N 12.7 5.0 4.0 7.0
MILLING
1245N 12.7 5.0 4.5 8.0
1250N 12.7 5.0 5.0 9.0
1255N 12.7 5.0 5.5 10.0
1260N 12.7 5.0 6.0 11.0
1265N 12.7 5.0 6.5 12.0
1270N 12.7 5.0 7.0 13.0
1275N 12.7 5.0 7.5 14.0
1285N 12.7 5.0 8.5 16.0
Milling Inserts
P. 392, 393 : Stock Item : Under preparing for stock
PNEJ-C
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation Width of
PC3535
PC3545
PC9530
PC6510
ST30A
cutter
PC230
d d1 t
CN20
CN30
CT10
ST20
cutter
G10
H01
SPP(M) PNEJ 1223N-C03 12.7 5.0 2.3 4.0
SPB 1230N-C03 12.7 5.0 3.0 5.0
1235N-C03 12.7 5.0 3.5 6.0
1240N-C05 12.7 5.0 4.0 7.0
1245N-C05 12.7 5.0 4.5 8.0
1250N-C05 12.7 5.0 5.0 9.0
1255N-C05 12.7 5.0 5.5 10.0
1260N-C05 12.7 5.0 6.0 11.0
1265N-C05 12.7 5.0 6.5 12.0
1270N-C05 12.7 5.0 7.0 13.0
1275N-C05 12.7 5.0 7.5 14.0
P. 392, 393 C03 : chamfer 0.3mm, C05 : chamfer 0.5mm : Stock Item : Under preparing for stock
277
Milling Inserts
RC
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC210F
PC3545
PC9530
PC6510
cutter
ST30A
l d t r
CN20
CN30
CT10
ST20
G10
H01
BFE RC 16 15.8 16 3.5 8
20 17.8 20 4 10
25 22 25 5 12.5
30 26.8 30 6 15
32 27.8 32 6 16
MILLING
Milling Inserts
P. 360 : Stock Item : Under preparing for stock
RDHW
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
cutter d1
ST30A
d t
CN20
CN30
CT10
ST20
G10
H01
FMRS 1000 RDHW 0501M0F 5 1.59 2.3
1500 0501M0E 5 1.59 2.3
2000 0501M0S 5 1.59 2.3
2500 06T1M0F 6 1.98 2.5
06T1M0E 6 1.98 2.5
06T1M0S 6 1.98 2.5
0702M0F 7 2.38 2.8
0702M0E 7 2.38 2.8
0702M0S 7 2.38 2.8
0803M0F 8 3.18 3.4
0803M0E 8 3.18 3.4
0803M0S 8 3.18 3.4
FMRC(M)5000 1605M0F 16 5.56 5.5
6000 1605M0E 16 5.56 5.5
1605M0S 16 5.56 5.5
2006M0F 20 6.35 5.5
2006M0E 20 6.35 5.5
2006M0S 20 6.35 5.5
P. 352, 353, 355, 356 : Stock Item : Under preparing for stock
278
Milling Inserts
RDKW
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
d1
ST30A
cutter d t
CN20
CN30
CT10
ST20
G10
H01
FMRS 1000 RDKW 0501M0E 5.0 1.59 2.3
1500 06T1M0E 6.0 1.98 2.5
2000 0702M0E 7.0 2.38 2.8
2500 0803M0E 8.0 3.18 3.4
MILLING
P. 353, 356 : Stock Item : Under preparing for stock
RDCT-MA
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
d1
ST30A
cutter d t
CN20
CN30
CT10
ST20
G10
H01
FMRC(M) 3000 RDCT 10T3M0-MA 10 3.97 4.0
FMRS 4000 1204M0-MA 12 4.76 4.5
P. 351, 354, 356 : Stock Item : Under preparing for stock
RDKT-MF
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
d1
ST30A
cutter d t
CN20
CN30
CT10
ST20
G10
H01
FMRC(M)3000 RDKT 10T3M0-MF 10 3.97 3.85
FMRS 4000 1204M0-MF 12 4.76 4.5
P. 351, 354, 356 : Stock Item : Under preparing for stock
279
Milling Inserts
RDKT-MM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
d1
ST30A
cutter d t
CN20
CN30
CT10
ST20
G10
H01
FMRC(M)3000 RDKT 10T3M0-MM 10 3.97 3.85
FMRS 4000 1204M0-MM 12 4.76 4.5
5000 1605M0-MM 16 5.56 5.5
6000 2006M0-MM 20 6.35 5.5
MILLING
P. 351, 352, 354~356 : Stock Item : Under preparing for stock
REKR-MM
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter d t
CN20
CN30
CT10
ST20
G10
H01
AFO(M) 5000 REKR 170400-MM 17.8 4.76
P. 335 : Stock Item : Under preparing for stock
RPMM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
d1
ST30A
cutter d t
CN20
CN30
CT10
ST20
G10
H01
RPMM 120400 12.7 4.76 5.5
: Stock Item : Under preparing for stock
280
Milling Inserts
SDCN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
H010
ST20
G10
CDH 4000 SDCN 42R 12.7 3.18 3.5
5000 42L 12.7 3.18 3.5
53R 15.875 4.76 5.0
53L 15.875 4.76 5.0
MILLING
Milling Inserts
P. 324, 325, 385 : Stock Item : Under preparing for stock
SDCN, SDKN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3530
PC6510
PC9530
ST30A
cutter
PC130
PC230
l(=d) t a
CN20
CN30
CT10
ST20
G10
ADN(M) 4000 SDCN 1203AEFN 12.7 3.18 1.5
5000 SDKN 1203AETN 12.7 3.18 1.5
ADS 4000 1203AESN 12.7 3.18 1.5
5000 1504AEFN 15.875 4.76 1.5
1504AETN 15.875 4.76 1.5
1504AESN 15.875 4.76 1.5
42M 12.7 3.18 1.5
42MT 12.7 3.18 1.5
42MT-RH 12.7 3.18 1.5
42MT-S20 12.7 3.18 1.5
53M 15.875 4.76 1.5
53MT 15.875 4.76 1.5
53MT-RH 15.875 4.76 1.5
53MT-S20 15.875 4.76 1.5
1203AESN-RH 12.7 3.18 1.43
AEEN-RH 12.7 3.18 1.43
1504AESN-RH 15.875 4.76 1.43
AEEN-RH 15.875 4.76 1.43
P. 324, 325, 373, 374 : Stock Item : Under preparing for stock
281
Milling Inserts
SDET-MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PD2000
ST30A
cutter l(=d) t r a d1
CN20
CN30
CT10
ST20
G10
H01
FMPC(M) 3000-A SDET 09M402R-MA 9.525 4.0 0.5 1.2 4.0
FMPC(M) 4000-A SDET 130504R-MA 13.5 5.56 0.8 2.2 5.56
FMPC(M) 3000
FMPC(M) 4000
MILLING
P. 346 : Stock Item : Under preparing for stock
SDKN-SM
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
ADN(M)4000 SDKN 1203AESN-SM 12.7 3.18 1.64 0.59
ADS 5000 1504AESN-SM 15.875 4.76 1.64 0.58
P. 324, 325, 373, 374 : Stock Item : Under preparing for stock
SDKR-MX
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
MA2
G10
ADN(M)4000 SDKR 1203AESN-MX 12.7 3.18 2.0
ADS 5000 1203AETN-MX 12.7 3.18 2.0
1203AEN-MX 12.7 3.18 2.0
1504AESN-MX 15.875 4.76 2.0
1504AETN-MX 15.875 4.76 2.0
1504AEN-MX 15.875 4.76 2.0
P. 324, 325, 373, 374 : Stock Item : Under preparing for stock
282
Milling Inserts
SDKR-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
ADN(M)4000 SDKR 1203AESN-SM 12.7 3.18 1.64 0.59
ADS 5000 1504AESN-SM 15.875 4.76 1.64 0.58
MILLING
P. 324, 325, 373, 374 : Stock Item : Under preparing for stock
SDMT
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
ST30A
cutter l(=d) t r d1
CN20
CN30
CT10
ST20
G10
H01
BRE 32 SDMT 090308 9.525 3.18 0.8 4.4
P. 361 : Stock Item : Under preparing for stock
SDXN-FM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
ADN(M) 4000 SDXN 1203AESN-FM 12.7 3.18 1.43 0.71
ADS 5000 1504AESN-FM 15.875 4.76 1.43 0.70
P. 324, 325, 373, 374 : Stock Item : Under preparing for stock
283
Milling Inserts
SDXR-FM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
ADN(M) 4000 SDXR 1203AESN-FM 12.7 3.18 1.43 0.71
ADS 5000 1504AESN-FM 15.875 4.76 1.43 0.70
MILLING
P. 324, 325, 373, 374 : Stock Item : Under preparing for stock
SDXT-MA
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t r a d1
CN20
CN30
CT10
ST20
G10
H01
FMPC(M) 3000 SDXT 09M405R-MA 9.525 4.0 0.5 1.2 4.0
FMPS 4000 130508R-MA 13.5 5.56 0.8 2.2 5.56
P. 346, 349, 350 : Stock Item : Under preparing for stock
SDXT-MF
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
ST30A
cutter l(=d) t r a d1
CN20
CN30
CT10
ST20
G10
H01
FMPC(M) 3000 SDXT 09M405R-MF 9.525 4.0 0.5 1.2 4.0
FMPS 4000 09M405L-MF 9.525 4.0 0.5 1.2 4.0
130508R-MF 13.5 5.56 0.8 2.2 5.56
P. 346, 349, 350 : Stock Item : Under preparing for stock
284
Milling Inserts
SDXT-MM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8520
ST30A
cutter l(=d) t r a d1
CN20
CN30
CT10
ST20
G10
H01
FMPC(M) 3000 SDXT 09M405R-MM 9.525 4.0 0.5 1.2 4.0
FMPS 4000 SDXT 09M405L-MM 9.525 4.0 0.5 1.2 4.0
130508R-MM 13.5 5.56 0.8 2.2 5.56
130538-MM 13.5 5.56 3.8 - 5.56
MILLING
Milling Inserts
P. 346, 349, 350 : Stock Item : Under preparing for stock
SECA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter
PC230
l(=d) t a d1
CN20
CN30
CT10
ST20
G10
H01
SECA 1204AFSN 12.7 4.76 2.66 5.56
1204AFTN 12.7 4.76 2.66 5.56
1204AFFN 12.7 4.76 2.66 5.56
1204AFEN 12.7 4.76 2.66 5.56
1504AFSN 15.875 4.76 2.8 5.5
1504AFTN 15.875 4.76 2.8 5.5
1504AFFN 15.875 4.76 2.8 5.5
: Stock Item : Under preparing for stock
285
Milling Inserts
SECN, SEKN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC9530
PC6510
ST30A
cutter
PC240
PC130
l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
AE(M) 4000 SECN 1203AFTN 12.7 3.18 2.3
5000 SEKN 1203AFEN 12.7 3.18 2.3
1203AFFN 12.7 3.18 2.3
1203AFSN 12.7 3.18 2.3
1203AFTN-S20 12.7 3.18 2.3
MILLING
1504AFFN 15.875 4.76 2.4
1504AFTN 15.875 4.76 2.4
1504AFEN 15.875 4.76 2.4
1504AFSN 15.875 4.76 2.4
1203AFSN-RH 12.7 3.18 2.36
1203AFEN-RH 12.7 3.18 2.36
1504AFSN-RH 15.875 4.76 2.4
1504AFEN-RH 15.875 4.76 2.4
Milling Inserts
P. 326, 327 : Stock Item : Under preparing for stock
SECR-MX, SEKR-MX(MF1)
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
NCM120
Designation
PC9530
PC6510
PC130
ST30A
cutter
PC230
l(=d) t a
CN20
CN30
CT10
ST20
MA2
G10
AE(M) 4000 SECR 1203AFSN-MX 42 12.7 3.18 2.3
5000 SEKR 1203AFSN-MF1 42 12.7 3.18 2.3
1204AFSN-MX 43 12.7 4.76 2.3
1504AFSN-MX 53 15.875 4.76 2.3
P. 326, 327 : Stock Item : Under preparing for stock
286
Milling Inserts
SEET-MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PD2000
ST30A
cutter l(=d) t a d1
CN20
CN30
CT10
ST20
G10
H01
FMAC(M) 3000 SEET 0903AGFN-MA 9.525 3.18 2.11 3.4
FMAS 4000 14M4AGFN-MA 14.0 4.0 2.64 4.4
MILLING
P. 345, 347, 348 : Stock Item : Under preparing for stock
SEEW
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a d1
CN20
CN30
CT10
ST20
G10
H01
FMAC(M) 3000 SEEW 0903AGTN 9.525 3.18 2.11 3.4
FMAS 4000 14M4AGTN 14.0 4.0 2.64 4.4
P. 345, 347, 348 : Stock Item : Under preparing for stock
SEKN-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
AE(M) 4000 SEKN 1203AFSN-SM 12.7 3.18 2.46
5000 1504AFSN-SM 15.875 4.76 2.50
P. 326, 327 : Stock Item : Under preparing for stock
287
Milling Inserts
SEKR-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
AE(M) 4000 SEKR 1203AFSN-SM 12.7 3.18 2.46
5000 1504AFSN-SM 15.875 4.76 2.50
MILLING
P. 326, 327 : Stock Item : Under preparing for stock
SEMN
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
SEMN 1204AZ 43 12.7 4.76 2.2
: Stock Item : Under preparing for stock
SEX(E)T-MF
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC215K
PC3535
PC3545
PC9530
PC8520
ST30A
cutter l(=d) t a d1
CN20
CN30
CT10
ST20
G10
H01
FMAC(M) 3000 SEET 0903AGSN-MF 9.525 3.18 2.11 3.4
4000 SEXT 0903AGSN-MF 9.525 3.18 2.11 3.4
FMAS 3000 SEET 14M4AGSN-MF 14.0 4.0 2.64 4.4
4000 SEXT 14M4AGSN-MF 14.0 4.0 2.64 4.4
P. 345, 347, 348 : Stock Item : Under preparing for stock
288
Milling Inserts
SEX(E)T-MM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC215K
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a d1
CN20
CN30
CT10
ST20
G10
H01
FMAC(M) 3000 SEET 0903AGSN-MM 9.525 3.18 2.11 3.4
4000 SEXT 0903AGSN-MM 9.525 3.18 2.11 3.4
FMAS 3000 SEET 14M4AGSN-MM 14.0 4.0 2.64 4.4
4000 SEXT 14M4AGSN-MM 14.0 4.0 2.64 4.4
MILLING
P. 345, 347, 348 : Stock Item : Under preparing for stock
SEXN-FM
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
AE(M) 4000 SEXN 1203AFSN-FM 12.7 3.18 2.36
5000 1504AFSN-FM 15.875 4.76 2.40
P. 326, 327 : Stock Item : Under preparing for stock
SEXR-FM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
AE(M) 4000 SEXR 1203AFSN-FM 12.7 3.18 2.36
5000 1504AFSN-FM 15.875 4.76 2.40
P. 326, 327 : Stock Item : Under preparing for stock
289
Milling Inserts
SEXT-MR
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC3530
ST30A
cutter l(=d) t a d1
CN20
CN30
CT10
ST20
G10
H01
FMAC(M) 3000 SEXT 0903AGSN-MR 9.525 3.18 2.11 3.4
FMAS 4000 14M4AGSN-MR 14.0 4.0 2.64 4.4
MILLING
P. 345, 347, 348 : Stock Item : Under preparing for stock
SFCN
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
G10
H01
EF(M)4000 SFCN 1203EFR 12.7 3.18 2.5
P. 328 : Stock Item : Under preparing for stock
SFKN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t r
CN20
CN30
CT10
ST20
G10
H01
SFKN 12T3AZTN 42.5 12.7 3.97 2.2
12T3AZSN 42.5 12.7 3.97 2.2
12T3AZFN 42.5 12.7 3.97 2.2
12T3AZEN 42.5 12.7 3.97 2.2
: Stock Item : Under preparing for stock
290
Milling Inserts
SNCN, SNKN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
EN(M) 4000 SNCN 1204ENN 12.7 4.76 1.4 1.0
ANH 4000 1504ENN 15.875 4.76 1.4 1.0
5000 SNKN 1204ENN 12.7 4.76 1.4 1.0
1504ENN 15.875 4.76 1.4 1.0
MILLING
P. 329, 384 : Stock Item : Under preparing for stock
SNCQ
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC215K
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t d1
CN20
CN30
CT10
ST20
G10
H01
DRMQ(M) 4000 SNCQ 1205ZNR 12.7 5.56 5.8
1205ZNL 12.7 5.56 5.8
P. 410, 422 : Stock Item : Under preparing for stock
SNEF
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t r
CN20
CN30
CT10
ST20
G10
H01
PNH 4000 SNEF 435 12.7 4.76 2.0
5000 535 15.875 4.76 2.0
P. 384, 388 : Stock Item : Under preparing for stock
291
Milling Inserts
SNEX
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC215K
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) d1 t r(c)
CN20
CN30
CT10
ST20
G10
H01
CBMQ(M) 3000 SNEX 101010 10 4.6 10 1.0
CBMQ(M) 4000 1010ZNN 10 4.6 10 (1.0)
CBMF(M) 3000 121212 12.7 5.6 12.7 1.2
CBMF(M) 4000 121212ZNN 12.7 5.6 12.7 (1.2)
CBME(M) 3000
MILLING
CBME(M) 4000
CBMC(M) 3000
CBMC(M) 4000
CBMA(M) 3000
CBMA(M) 4000
Milling Inserts
P. 398~407, 419, 420 : Stock Item : Under preparing for stock
SNEX-CU1
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC215K
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) d1 t r(c)
CN20
CN30
CT10
ST20
G10
H01
CBMQ(M) 3000 SNEX 101010-CU1 10 4.6 10 1.0
CBMQ(M) 4000 1010ZNN-CU1 10 4.6 10 (1.0)
CBMF(M) 3000 121212-CU1 12.7 5.6 12.7 1.2
CBMF(M) 4000 121212ZNN-CU1 12.7 5.6 12.7 (1.2)
CBME(M) 3000
CBME(M) 4000
CBMC(M) 3000
CBMC(M) 4000
CBMA(M) 3000
CBMA(M) 4000
P. 398~407, 419, 420 : Stock Item : Under preparing for stock
292
Milling Inserts
SPCN, SPKN
Coated Carbide Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC9530
PC6510
ST30N
ST30A
ST30A
cutter
PC130
PC230
PC240
l(=d) t a b
CN30
ST10
ST20
MA2
G10
H10
H01
EP(M)4000 SPCN 1203ED(T)R 12.7 3.18 1.4 1.0
5000 1203ED(T)L 12.7 3.18 1.4 1.0
1504ED(T)R 15.875 4.76 1.4 1.0
150412T 15.875 4.76 1.4 1.0
1504EDL 15.875 4.76 1.4 1.0
MILLING
1203ED(S)R-RH 12.7 3.18 1.4 1.0
1504ED(S)R-RH 15.875 4.76 1.4 1.0
1203EDR-S20 12.7 3.18 1.4 1.0
1504EDR-S20 15.875 4.76 1.4 1.0
SPKN 1203ED(T)R 12.7 3.18 1.4 1.0
1504ED(T)R 15.875 4.76 1.4 1.0
1904ED(T) 19.05 4.76 2.7 1.0
SPCN 1203EDER-RH 12.7 3.18 1.63 0.8
1504EDER-RH 15.875 4.76 1.64 0.8
Milling Inserts
P. 330, 331 : Stock Item : Under preparing for stock
SPCR-MX, SPKR-MX
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a
CN20
CN30
CT10
ST20
MA2
G10
EP(M) 4000 SPCR 1203EDSR-MX 42 12.7 3.18 1.4
5000 SPKR 1203EDSL-MX 42 12.7 3.18 1.4
1203EDSR-MX 42 12.7 3.18 1.4
1504EDSR-MX 53 15.875 4.76 1.45
1504EDR-MX 53 15.875 4.76 1.45
P. 330, 331 : Stock Item : Under preparing for stock
293
Milling Inserts
SPEN-WC
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t r
CN20
CN30
CT10
ST20
G10
H01
PPH 4000 SPEN 120416-WC 434 12.7 4.76 1.6
150412-WC 533 15.875 4.76 1.2
150416-WC 534 15.875 4.76 1.6
150420-WC 535 15.875 4.76 2.0
190424-WC 636 19.05 4.76 2.4
MILLING
P. 389 : Stock Item : Under preparing for stock
SPEX
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a R
CN20
CN30
CT10
ST20
G10
H01
SPEX 1203EDR-1 42 12.7 3.18 10.2 500
1203EDL-1 42 12.7 3.18 10.2 500
1504EDR-1 53 15.875 4.76 10.2 500
1504EDL-1 53 15.875 4.76 10.2 500
1904EDR-1 63 19.05 4.76 10.2 500
1904EDL-1 63 19.05 4.76 10.2 500
: Stock Item : Under preparing for stock
SPKN-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
EPN(M) 4000 SPKN 1203EDSR-SM 12.7 3.18 1.66 0.92
5000 1504EDSR-SM 15.875 4.76 1.62 0.93
P. 330, 331 : Stock Item : Under preparing for stock
294
Milling Inserts
SPKR-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
EPN(M) 4000 SPKR 1203EDSR-SM 12.7 3.18 1.66 0.92
5000 1504EDSR-SM 15.875 4.76 1.62 0.93
MILLING
P. 330, 331 : Stock Item : Under preparing for stock
SPMN
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t r
CN20
CN30
CT10
ST20
G10
H01
CE SPMN 120304 421 12.7 3.18 0.4
120308 422 12.7 3.18 0.8
120312 423 12.7 3.18 1.2
120408 432 12.7 4.76 0.8
120412 433 12.7 4.76 1.2
150408 532 15.875 4.76 0.8
150412 533 15.875 4.76 1.2
190408 632 19.05 4.76 0.8
190412 633 19.05 4.76 1.2
P. 364 : Stock Item : Under preparing for stock
SPMT
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t r d1
CN20
CN30
CT10
ST20
G10
H01
BRE 20 SPMT 060304 221 6.35 3.18 0.4 2.8
25 120408 432 12.7 4.76 0.8 5.6
40
50
63
P. 361 : Stock Item : Under preparing for stock
295
Milling Inserts
SPXN-FM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
EPN(M) 4000 SPXN 1203EDSR-FM 12.7 3.18 1.41 1.00
5000 1504EDSR-FM 15.875 4.76 1.38 1.01
MILLING
P. 330, 331 : Stock Item : Under preparing for stock
SPXR-FM
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) t a b
CN20
CN30
CT10
ST20
G10
H01
EPN(M) 4000 SPXR 1203EDSR-FM 12.7 3.18 1.41 1.00
5000 1504EDSR-FM 15.875 4.76 1.38 1.01
P. 330, 331 : Stock Item : Under preparing for stock
TECN, TEKN, TEEN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter
PC230
l d t a b r sharp
CN20
CN30
CT10
ST20
G10
H01
PES 4000 TEEN 43R 22.0 12.7 4.76 0.5 1.9 - C
43TR 22.0 12.7 4.76 - 1.5 0.8 R
43TR-S20 22.0 12.7 4.76 - 1.5 0.8 R
TEKN 43R 22.0 12.7 4.76 0.5 1.9 - C
(TECN) 43TR 22.0 12.7 4.76 - 1.5 0.8 R
P. 377 : Stock Item : Under preparing for stock
296
Milling Inserts
TECN, TEKN, TEEN(-Z)
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t a b r sharp
CN20
CN30
CT10
ST20
G10
H01
PES 2000 TECN 22R 11.0 6.35 3.18 0.5 1.0 - C
3000 22TR 11.0 6.35 3.18 - 0.5 0.8 R
4000 32R 16.5 9.525 3.18 0.5 1.0 - C
32TR 16.5 9.525 3.18 - 0.5 0.8 R
TEEN 22R 11.0 6.35 3.18 0.5 1.0 - C
MILLING
22TR 11.0 6.35 3.18 - 0.5 0.8 R
32R 16.5 9.525 3.18 0.5 1.0 - C
32TR 16.5 9.525 3.18 - 0.5 0.8 R
43R-Z 22.0 12.7 4.76 0.5 1.9 - C
43TR-Z 22.0 12.7 4.76 - 1.5 0.8 R
TEKN 43L-Z 22.0 12.7 4.76 0.5 1.9 - C
(TECN) 43TL-Z 22.0 12.7 4.76 - 1.5 0.8 R
Milling Inserts
P. 375~377 : Stock Item : Under preparing for stock
TFCN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t a b
CN20
CN30
CT10
ST20
G10
H01
PF(M) 4000 TFCN 1603PFR 32 16.5 9.525 3.18 1.2 1.1
1603PFL 32 16.5 9.525 3.18 1.2 1.1
TFCN 2203PFR 42 22.0 12.7 3.18 2.5 0.7
2203PFL 42 22.0 12.7 3.18 2.5 0.7
P. 332 : Stock Item : Under preparing for stock
297
Milling Inserts
TPCN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30N
ST30A
cutter l d t a b
CN20
CN30
CT10
ST20
G10
H10
PPN(M) 4000 TPCN 1103PPTN 22 11.0 6.35 3.18 0.7 0.7
FC 1603PPN 32 16.5 9.525 3.18 1.2 1.0~1.2
HC 1603PPTN 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PPR 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PPTR 32 16.5 9.525 3.18 1.2 1.0~1.2
MILLING
1603PDR 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PPSR 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PDSR-RH 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PDR-S20 32 16.5 9.525 3.18 1.2 1.0~1.2
2204PPN 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PPTN 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDR 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDTR 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDL 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDSR 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDSR-RH 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDR-S20 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
1603PDER-RH 32 16.5 9.525 3.18 1.2 1.0~1.2
2204PDER-RH 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
Milling Inserts
P. 333, 390, 391 TPC(K)N P~N For FC HC : Stock Item : Under preparing for stock
P~R For faceing Cutter
TPKN
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30N
ST30A
cutter l d t a b
CN20
CN30
CT10
MA2
G10
PPN(M) 4000 TPKN 1103PPN 22 11.0 6.35 3.18 0.7 0.7
FC 1103PPTN 22 11.0 6.35 3.18 0.7 0.7
HC 1603PPN 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PPTN 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PPR 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PPTR 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PDR 32 16.5 9.525 3.18 1.2 1.0~1.2
1603PDSR 32 16.5 9.525 3.18 1.2 1.0~1.2
2204PPN 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PPTN 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDR 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDTR 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
2204PDSR 43 22.0 12.7 4.76 1.27~1.4 0.7~1.27
P. 333, 390, 391 TPC(K)N P~N For FC HC : Stock Item : Under preparing for stock
P~R For faceing Cutter
298
Milling Inserts
TPKN-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t a r
CN20
CN30
CT10
ST20
G10
H01
PPN(M) 4000 TPKN 1603PDSR-SM 16.5 9.525 3.18 1.70 1.0
2204PDSR-SM 22.0 12.7 4.76 1.91 1.0
MILLING
P. 333 : Stock Item : Under preparing for stock
TPKR-MX
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t a
CN20
CN30
CT10
ST20
MA2
G10
PPN(M) 4000 TPKR 1603PPR-MX 16.5 9.525 3.18 1.2
1603PPSN-MX 16.5 9.525 3.18 1.2
1603PPSR-MX 16.5 9.525 3.18 1.2
2204PDSR-MX 22.0 12.7 4.76 1.4
2204PPR-MX 22.0 12.7 4.76 1.4
2204PDR-MX 22.0 12.7 4.76 1.4
P. 333 : Stock Item : Under preparing for stock
TPKR-SM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
NCM325
NCM335
Designation ASA
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t a r
CN20
CN30
CT10
ST20
G10
H01
PPN(M) 4000 TPKR 1603PDSR-SM 16.5 9.525 3.18 1.70 1.0
2204PDSR-SM 22.0 12.7 4.76 1.91 1.0
P. 333 : Stock Item : Under preparing for stock
299
Milling Inserts
TPXN-FM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t a r
CN20
CN30
CT10
ST20
G10
H01
PPN(M) 4000 TPXN 1603PDSR-FM 16.5 9.525 3.18 1.30 1.0
2204PDSR-FM 22.0 12.7 4.76 1.51 1.0
MILLING
P. 333 : Stock Item : Under preparing for stock
TPXR-FM
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l(=d) d t a r
CN20
CN30
CT10
ST20
MA2
G10
PPN(M) 4000 TPXR 1603PDSR-FM 16.5 9.525 3.18 1.30 1.0
2204PDSR-FM 22.0 12.7 4.76 1.51 1.0
P. 333 : Stock Item : Under preparing for stock
VCKT-MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
NCM325
NCM335
Designation ASA
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t r d1
CN20
CN30
CT10
ST20
G10
H01
PAC(M) 4000 VCKT 220530N-MA 22.1 12.7 5.56 3.0 5.6
PAS
P. 369 : Stock Item : Under preparing for stock
300
Milling Inserts
VDKT-MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t r d1
CN20
CN30
CT10
ST20
G10
H01
PAS 2000 VDKT 11T210N-MA 11.0 6.35 2.87 1.0 2.8
PAM 2000
MILLING
P. 369, 370 : Stock Item : Under preparing for stock
WDKT-MH
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter d t f r d1
CN20
CN30
CT10
ST20
MA2
G10
HRMC(M) WDKT 080316ZDSR-MH 8.0 3.18 1.2 1.6 3.3
HRMS 10T320ZDSR-MH 10 3.97 1.5 2.0 4.3
130520ZDSR-MH 13.5 5.56 2.1 2.0 5.56
150625ZDSR-MH 15.0 6.35 3.5 2.5 5.56
P. 357~359 : Stock Item : Under preparing for stock
XEKT-MA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
NCM325
NCM335
Designation ASA
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l l2 l1 t r d1
CN20
CN30
CT10
ST20
G10
H01
PAXC(M) XEKT 19M504FR-MA 18 16.4 1.4 5 0.4 4.4
5000-A 19M508FR-MA 18 16.4 1.0 5 0.8 4.4
PAXS 19M512FR-MA 18 16.4 0.6 5 1.2 4.4
19M516FR-MA 17.5 16.4 0.5 5 1.6 4.4
19M518FR-MA 17.5 16.4 0.5 5 1.8 4.4
19M520FR-MA 17.5 16.4 0.5 5 2.0 4.4
19M530FR-MA 17 16.4 0.7 5 3.0 4.4
19M532FR-MA 17 16.4 0.5 5 3.2 4.4
PAXC(M) 19M540FR-MA 16.5 16.4 0.5 5 4.0 4.4
5000-B
PAXS 19M550FR-MA 16 16.4 0.4 5 5.0 4.4
P. 371, 372 : Stock Item : Under preparing for stock
301
Milling Inserts
ZCMT-ER
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t r d1
CN20
CN30
CT10
ST20
G10
H01
ZCMT 080308-ER 10.4 7.94 3.18 0.8 3.5
09T308-ER 12.0 9.525 3.97 0.8 4.5
MILLING
: Stock Item : Under preparing for stock
ZDMT-R
Milling Inserts
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t R d1
CN20
CN30
CT10
ST20
MA2
G10
BRE 20R ZDMT 08T2-R10 8.4 6.75 2.78 10 2.8
25R 1103-R12.5 10.6 8.5 3.18 12.5 2.8
32R 13T3-R16 13.2 10.5 3.97 16 4.4
P. 361 : Stock Item : Under preparing for stock
ZPMT
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
NCM325
NCM335
Designation ASA
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t d1
CN20
CN30
CT10
ST20
MA2
G10
ZPMT 1504PPSR 15.9 12.7 4.76 5.6
: Stock Item : Under preparing for stock
302
Milling Inserts
ZPMT-R
Coated Carbide Cermet Uncoated Carbide (mm)
Available
NCM310K
NCM320K
ASA
NCM325
NCM335
Designation
PC3535
PC3545
PC9530
PC6510
ST30A
cutter l d t R d1
CN20
CN30
CT10
ST20
G10
H01
BRE 40R ZPMT 1604-R20 16.1 12.7 4.76 20 5.6
50R 1604-R25 16.9 12.7 4.76 25 5.6
63R 1604-R31.5 17.6 12.7 4.76 31.5 5.6
MILLING
P. 361 : Stock Item : Under preparing for stock
Milling Inserts
303
Cutter body Series
Shape Cutter diameter Approach Available insert Features
angle
Cutter body SDCN 1203, 1504 AEN
SDKR 1203AESN-MX
ADN4000, 5000
SDKR 1504AESN-MX
(ADNM) Strong cutting edge
80~ 315 45° Good chip flow
P. 324, 325 P. 281~284
AE4000, 5000 SECN 1203AFN
(AEM) SEKR 1203AFSN-MX
SECN 1504AFN
Smooth cutting due to low cutting
80~ 315
SEKR 1504AFSN-MX load
45°
P. 326, 327 P. 286~289
EF4000 SF N 1203EFR/L
(EFM)
Less build up edge due to high
80~ 315 75° rake angle
P. 328 P. 290
EN4000 SN N 1204ENN
(ENM)
Economical by using both side of
80~ 315 75° insert
Cutter body
P. 329 P. 291
EPN4000, 5000 SPCN 1203,1504 EDR/L
(EPNM) SPKR 1203EDSR-MX
SPKR 1504EDSR-MX
Low cutting load due to double
80~ 315 75° positive insert positioning
P. 330, 331 P. 293~296
PF4000 TF N 2203PFR/L
(PFM)
Smooth cutting with high rake
80~ 315 0° angle
P. 332 P. 297
PPN4000 TP N 2204PDR/L
(PPNM) TPKR 2204PDSR-MX
Low cutting force due to double
80~ 315 0° positive insert positioning
P. 333 P. 298~300
AFO4000 OFCW 05T3SN
(AFOM) OFKT 05T3SN-MF
OFKT 05T3SN-MM Low cutting load due to high rake
OFKT 05T3SN-MA angle
80~ 125 45°
8 corner using insert
P. 334 P. 275, 276
304
Shape Cutter diameter Approach Available insert Features
angle
Cutter body OFCN 0704SN
OFKR 0704SN-MF
AFO5000 Low cutting load due to high rake
(AFOM) OFKR 0704SN-MM
angle
80~ 315 45° OFKR 0704FN-MA
8 corner using insert
REKR 170400-MM
P. 335 P. 275, 276
Aero mill CDEW 1204R/L-XCF
Suitable for high speed cutting due
CDEW 1204R/L-XAF(NAF)
APD to aluminum cutter body
(APDM) CDEW 1204R/L-XAW(NAW)
Using un-coated carbide & PCD
80~ 315 0° BAPDR/S-XAF(NAF)
insert
BAPDR/S-XAW(NAW)
G2.5 balance level available
P. 336, 337 P. 270, 271
Alpha mill APXT 11T3PDSR-MF
APXT 11T3PDSR-MM
AMS Multi functional tool can do facing,
APXT 11T3PDR-MA
AMC grooving, square shouldering, etc
AMCM APXT 1604PDSR-MF
10~ 100 0° 3 dimensional chip breaker
APXT 1604PDSR-MM
applied
APKT 1604PDFR-MA2
P. 338~344 P. 268, 269
Future mill SEET 0903AGSN-MF
SEXT 0903AGSN-MF
FMAC-A
SEET 0903AGSN-MM
(FMACM-A)
SEXT 0903AGSN-MM Excellent in high speed cutting
A type - Aluminum
SEET 0903AGFN-MA due to light aluminum body
body 63~ 200 45°
SEET 14M4AGSN-MF
Cutter body
SEXT 14M4AGSN-MF
SEET 14M4AGSN-MM
SEXT 14M4AGSN-MM
P. 345 SEET 14M4AGFN-MA P. 287~290
FMPC-A SDXT 09M405R-MF
(FMPCM-A) SDXT 09M405R-MM
A type - Aluminum SDXT 09M405R-MA
Excellent in high speed cutting
body 63~ 200
SDET 09M402R-MA due to light aluminum body
0°
SDXT 130508R-MF
SDXT 130508R-MM
SDXT 130508R-MA
P. 346 SDET 130504R-MA P. 284~285
FMAS SEEW 0903AGN
FMAC SEET 0903AGSN-MA/MR
FMACM SEE(X)T 0903AGSN-MF/MF
Precise matching of insert and
45° SEEW 14M4AGN
25~ 200 holder guarantee excellent cutting
SEET 14M4ASN-MA /MR performance
SEE(X)T 14M4AGSN-MF/MM
SEEW 14M4AGN-W
P. 347, 348 P. 287~290
FMPS SDXT 09M405R-MA
FMPC SDXT 09M405R-MF
4 corner using insert for square
FMPCM SDXT 09M405R-MM
shouldering
21~ 125 0°
SDXT 130508R-MA
Strong cutting edge with low
SDXT 130508R-MF
cutting load
SDXT 130508R-MM
P. 349, 350 P. 284, 285
FMRM RDHW 0510M0- RDKW 0702M0E
FMRS 06T1M0- 0803M0E Powerful clamping by special
FMRC 0702M0- RDCT 10T3M0-MA convex, concave design on insert
FMRCM 0803M0- 1204M0-MA seat part
21~ 125 -
1605M0- RDKT 10T3M0- Conbinent system for insert cutting
2006M0- 1204M0- edge change
RDKW 0501M0E 1605M0-MM
P. 351~356 06T1M0E 2006M0-MM P. 278~280
305
Cutter body Series
Approach
Shape Cutter diameter angle Available insert Features
High feed cutter WDKT 130520ZDSR-MH
Powerful clamping by double
WDKT 150625ZDSR-MH
HRMC clamping system
(HRMCM) Economical 3 corner using insert
Insert size 13/15 50~ 160 - as a high feed insert
High feed cutting with low cutting
load
P. 357 P. 301
HRMS WDKT 080316ZDSR-MH
Powerful clamping by double
Insert size WDKT 10T320ZDSR-MH clamping system
08/10/13/15 WDKT 130520ZDSR-MH
Economical 3 corner using insert
20~ 63
WDKT 150625ZDSR-MH as a high feed insert
-
High feed cutting with low cutting
load
P. 358, 359 P. 301
Mach mill RC 16, 20, 25, 30, 32
BFE
Good cutting performance with
16~ 32 wavy S type cutting edge
-
P. 360 P. 278
BRE ZDMT 08T2-R10
ZDMT 1103-R12.5
ZDMT 13T3-R16
Right hand direction helix angle
ZPMT 1604-R20
provides good chip flow
20~ 63 - ZPMT 1604-R25
Strong cutting edge strength
Cutter body
ZPMT 1604-R31.5
SPMT 060304
SPMT 120408
P. 361 SDMT 090308 P. 283, 295, 302, 303
Laser mill LBS 080~320
LBH 080~320
LBE Indexable ball endmill for precise
LR 100~320-R finishing of mould
8~ 32 - Rigid holder with simple design
MQL is available
P. 362, 363 P. 273, 274
Cen mill SP N 120308
CE
Chamfering up to 8mm
7~ 35 45°
P. 364 P. 295
PM EDCW 1604ZDT/FR
Suitable for various kind of
40~ 50 - pocketing
P. 365 P. 272
SE MPMT 090308
MPMT 120408
Suitable for copy machining
25~ 40 -
P. 366 P. 275
306
Approach
Shape Cutter diameter angle Available insert Features
Cen mill MIT 100
MET 150, 200, 300, 400
TM
For thread turning, internal &
32~ 50 - external
P. 367 P. 368
Pro A mill VDKT 11T210N-MA
VCKT 220530N-MA
PAM
Special surface treatment on top
PAS
12~ 42 of insert provides excellent chip
PAC -
PACM 32~ 100 flow without build up edge
P. 369, 370 P. 300, 301
Pro X mill XEKT 19M504FR-MA
XEKT 19M508FR-MA
PAXC(M)
PAXS XEKT 19M512FR-MA Powerful clamping system applied
XEKT 19M516FR-MA Rigid & strong shank
-
20~ 125 XEKT 19M520FR-MA Square shouldering, machining of
XEKT 19M530FR-MA curved surface available
XEKT 19M532FR-MA
XEKT 19M540FR-MA
P. 371, 372 XEKT 19M550FR-MA P. 301
Turbo mill SDCN 1203, 1504AEN
SDKR 1203AFN-MX
ADS SDKR 1504AFN-MX Un-even insert spacing provides
Cutter body
50~ 63 45° chatter free machining
P. 373, 374 P. 281~284
PES TECN 22, 32, 43
TEKN 22R
Good machinibility due to the high
20~ 63 0° rake angle
P. 375~377 P. 296, 297
307
Technical Guide of Aero mill
Special features
Excellent machining performance can be acquired especially at Cartridge put on cutter body protects the cutter body from scratch
the high speed cutting due to the light aluminum cutter body that & damage of machining.
50% weight of conventional steel cutter body. Available insert made of un-coated carbide and PCD can cover
High speed milling cutter can afford to precise machining. various cases of aluminum machining.
Special Aluminum material and high rake angle of insert provide High class surface finish can be acquired due to the low cutting
rigid & stable machining. load provided from high rake angle.
Balanceable up to G2.5 level.
Assembly structure of cutter
Light aluminum body make it possible to
Carbide machine at high speed without damange on
insert barings of spindle of mahcine.
Blade Facing
It is possible to use both insert type & blade
type cutting edge.
PCD Facing Wide chip pocket guarantee smooth chip flow.
Blade Wiper
Special aluminum material used for cutter body
Cartridge provides rigid & strong machining.
PCD Wiper Chip cover made of steel have put at chip
pocket area, protects aluminum cutter from
scratch & damage of machining.
Chip Cover
Balancing
Screw
Cutter body
Coolant through system
Specially designed coolant through system provides coolant from the center of the cutter to the insert. It enhances the
cooling rate and chip evacuation properity.
Since shooting direction of coolant have designed directly to the insert cutting edge, it has maximized chip evacuation.
Coolant bolt applicable upto 160, coolant cover applicable from 200 and over. Both coolant devices are sold seperately.
For through coolant system, through coolant arbor has to be used.
For 80 ~ 160 For 200 and over
308
Application range as per work piece
Recommendation Maximum revolution available
Cutter diameter Maximum revolution(rpm)
80 16,000
100 15,000
Cutter body
125 12,500
160 10,000
200 8,000
250 6,500
315 5,000
Maximum revolution
Machine: PCV620 Cutter : APD100R-A6Z (6 tooth) V=1570m/min
Work : A 6061 Insert : CDEW1204R-XCF(H01) f=0.1mm/tooth d=0.5mm Wet
Rmax : 2.1
Rz : 1.6
Ra : 0.3
309
Technical Guide of Alpha mill
Alpha-mill Multifunctional Insert
Long tool life at high speed,
high feed and deeper cutting by Distinguished features of Alpha-Curve make
low cutting resistance and strong cutting resistance reduce and the strength of
cutting edge. cutting edge and wear resistance improve.
High efficient machining is available by
Low cutting resistance is the ideal application of the grade to
realized by KORLOY unique design material.
i.e alpha curve cutting edge and
optimal convex and concave design.
(15 )
Inserts Feature & Application
Innovative curve cutting edge and chip-breaker design
Cutter body
Shoulder milling:
ensures ideal 90 degree cutting and lower cutting
resistance
Various applications are available with multi-functional Slotting:
cutters(Facing, Slotting, Square shoulder milling and etc.)
Improved inserts life time with optimized per each
application Drilling:
Excellent perfomance ensured at large depth of cutting
operations due to strong cutting edge and low cutting
Inclined Plane milling: Helical operation:
resistance
Recommendation C/B and Grades ( :1st Choice)
Chip Cutting Edge Low carbon steels High carbon steels
Stainless steels Cast Irons Aluminum alloys
-breaker Shape Soft Steels Alloy Steels
C/B Grade C/B Grade C/B Grade C/B Grade C/B Grade
Low cutting NCM325 NCM325 NCM325 NCM310K
MF Resistance PC3535 PC3535 PC9530 NCM320K
Type NCM335 NCM335 NCM335 PC215K
Reinforced NCM325 NCM325 NCM325 NCM310K
MM Cutting PC3535 PC3535 PC9530 NCM320K
Edge Type NCM335 NCM335 NCM335 PC215K
Sharp H01
MA2 Cutting
Edge Type G10
310
Recommended Depth of Cuts
(D : Cutting Diameter)
under 0.5D under 0.2D
under Cutting edge length
under 0.5D
under 1.2D
Slotting Square Shoulder Milling Square Shoulder Milling
Recommended cutting conditions (for Multi-Edge Type)
Cutting Diameter
Work-piece Grade Cutting
20, 25 32, 40 50, 63 80, 100
Material Form
V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
Low Carbon 80~100 0.05~0.08 100~120 0.05~0.08 100~120 0.05~0.08 100~120 0.05~0.08
Steels, Soft NCM325 100~120 0.08~0.1 120~140 0.08~0.1 120~140 0.08~0.1 120~140 0.08~0.1
Steels PC3535
100~120 0.1~0.15 120~140 0.1~0.15 120~140 0.1~0.15 130~150 0.1~0.15
Cutter body
High Carbon 60~80 0.05 80~100 0.05 80~100 0.05 80~100 0.05
Steels, Alloy NCM325 80~100 0.05~0.08 100~120 0.08~0.1 100~120 0.08~0.1 100~120 0.08~0.1
Steels PC3535
80~100 0.1~0.15 110~130 0.1~0.15 100~120 0.1~0.15 110~130 0.1~0.15
50~70 0.05 70~90 0.05 70~90 0.05 70~90 0.05
Alloy Tool NCM335 60~80 0.05~0.08 90~120 0.05~0.08 100~120 0.05~0.08 100~120 0.05~0.08
Steels PC3535
90~110 0.12~0.18 100~130 0.1~0.15 100~120 0.1~0.15 110~130 0.1~0.15
50~70 0.054 70~90 0.05 70~90 0.05 70~90 0.05
Stainless NCM335
60~80 0.05~0.08 90~120 0.05~0.08 100~120 0.05~0.08 100~120 0.05~0.08
Steels PC9530
90~110 0.1~0.15 100~130 0.1~0.15 110~130 0.1~0.15 110~130 0.1~0.15
70~90 0.1~0.12 70~90 0.1~0.12 90~120 0.1~0.12 90~120 0.1~0.12
NCM320K
Cast irons 80~100 0.12 90~120 0.12 100~140 0.12 100~140 0.12
PC215K
80~100 0.15~0.2 100~130 0.15~0.2 120~150 0.15~0.2 120~150 0.15~0.2
200~800 0.1~0.2 300~900 0.1~0.2 400~1,000 0.1~0.2 400~1,000 0.1~0.2
Aluminum
H01 250~900 0.15~0.3 300~950 0.15~0.3 400~1,000 0.1~0.4 400~1,000 0.1~0.4
Alloy
250~90 0.15~0.3 300~950 0.15~0.3 400~1,000 0.1~0.4 400~1,000 0.1~0.4
Recommended cutting conditions (for Single-Edge Type)
Cutting Diameter
Work-piece Grade 10, 15 16, 25 32, 63 80, 100
Material
V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
Low Carbon Steels, NCM325
Soft Steels 60~120 0.05~0.15 80~180 0.1~0.15 120~250 0.1~0.15 150~250 0.1~0.15
PC3535
High Carbon Steels, NCM325
Alloy Steels 50~100 0.05~0.15 80~150 0.1~0.15 100~200 0.1~0.15 100~200 0.1~0.15
PC3535
NCM335
Stainless Steels 50~100 0.05~0.15 80~150 0.1~0.15 100~180 0.1~0.15 100~180 0.1~0.15
PC9530
Cast irons NCM320K 80~120 0.08~0.2 100~130 0.15~0.2 120~200 0.15~0.2 120~200 0.15~0.2
PC215K
Aluminum Alloy H01 250~900 0.15~0.3 300~950 0.15~0.3 400~1,000 0.1~0.4 400~1,000 0.1~0.4
(Standard for side cutting, reduce condition 20~30% for slotting)
311
Technical Guide of Future mill aluminum body
Special features
Light weight of aluminum body (50% of steel body) applicable for Special aluminum body having high strength & rigidity employed.
small & low horse power machine like tapping center. Locator (steel material) put on insert part provides long-lasting life
Very easy to handle due to the light weight. of aluminum cutter.
Comprehensive coverage not only aluminum workpiece but steel Variety of chip breakers provide wide coverage of applications.
and cast iron. High class surface finish can be acquired due to the low cutting
load provided from high rake angle.
Assembly structure of cutter
Tight clamping of locater with double screw
Double screw for guarantees stable mounting of insert without
locater clamping movement.
Acute angle put on cutting edge guarantees
Insert stable mounting of insert.
Locater
Wide chip pocket provides good chip
evacuation.
Special aluminum material used for cutter
Screw for body provides rigid & strong machining.
insert clamping
Special aluminum Wide chip
material pocket
Cutter body
Assembly structure of locater
Tightening Acute angle of locater
direction Clamping force F2,F3 seat part
generated due to the
inclination angle. Clamping force F2,F3
generated due to the
Tightening inclination angle
direction
F3
F2
F2 F3
Coolant through system
Specially designed coolant through system provides coolant from the center of the cutter to the insert. It enhances the cooling rate and
chip evacuation properity.
Since shooting direction of coolant have designed directly to the insert cutting edge, it has maximized chip evacuation.
Coolant bolt applicable upto 160, coolant cover applicable from 200 and over. Both coolant devices are sold seperately.
For through coolant system, through coolant arbor has to be used.
312
For 63 ~ 160 For 200 and over
Application range as per work piece
Cutter body
Recommendation Maximum revolution available
Cutter diameter Maximum revolution(rpm)
63 20,000
80 16,000
100 13,000
125 10,000
160 8,000
200 6,500
250 5,000
315 4,000
313
Technical Guide of Future mill (FMA)
Comprehensive Milling Cutter with High Productivity
1. Adjustable pitch of cutter by change the number of insert for specific cutter
diameter, and several chip breakers of insert offer wide available
application range.
2. Light cutter body allow high speed machining without chattering, thus it is
possible to use at the machine having low horse power.
3. Smooth cutting with low cutting force accomplished with high rake angle.
Machining Example
Chip-Breakers
Chip-Breakers Cutting edge shape Use and Features of Chip Breakers
Non
Cutter body
Superior surface roughness at finishing due to ground-type cermet insert.
C/B
Light
cutting
Superior cutting quality for light and difficult-to-cut material cutting through the low-
MF
cutting-resistance type of chip breaker
General
MM Suitable for wide range of cutting due to special shape design for general cutting.
cutting
Tough cutting edge provide stable and consistent cutting performance even at severe
Roughing MR
intermittent cutting.
For Superior cutting quality for aluminum cutting resulted form applying of proper cutting-edge
MA
Aluminum treatment and buffing of surface.
Recommended cutting condition
C/B MF MM MR MA
ISO
Grade V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
NCM325 200 ~ 300 0.05 ~ 0.2 150 ~ 300 0.1 ~ 0.3 150 ~ 250 0.1 ~ 0.3 - -
P
PC3535 200 ~ 300 0.05 ~ 0.2 150 ~ 300 0.1 ~ 0.3 100 ~ 250 0.1 ~ 0.3 - -
PC9530 100 ~ 180 0.05 ~ 0.15 120 ~ 180 0.1 ~ 0.3 - - - -
M
NCM335 120 ~ 200 0.05 ~ 0.15 120 ~ 200 0.1 ~ 0.3 - - - -
NCM310K 180 ~ 300 0.05 ~ 0.2 180 ~ 300 0.1 ~ 0.3 - - - -
K PC215K 150 ~ 250 0.05 ~ 0.2 150 ~ 250 0.1 ~ 0.3 - - - -
NCM320K 150 ~ 250 0.05 ~ 0.2 150 ~ 250 0.1 ~ 0.3 - - - -
Aluminum H01 - - - - - - 350 ~ 1,000 0.1 ~ 0.35
314
Technical Guide of Future mill (FMP)
Features of FMP Insert
Innovative curve cutting edge makes
lower cutting resistance and stronger
Extremely excellent tool life
cutting edge
ensured in high feed and high
depth operations with low cutting
resistance and stronger toughness
Peculiar chip-breaker design Grades for most materials are available
ensures free chip flow such as steels, stainless steel, cast
irons and aluminum
Inserts Feature & Application
KORLOY Innovative curve cutting edge and chip-breaker design ensures ideal 90 degree cutting and lower cutting resistance
Various applications are available with multi-functional cutters(Facing, Slotting, Square shoulder milling and etc.)
Cutter body
Improved inserts life time with optimized per each application
Excellent perfomance ensured at large depth of cutting operations due to strong cutting edge and low cutting resistance
Recommendation ( :1st Choice, :2nd Choice)
Chip Cutting Edge Low carbon steels High carbon
Aluminum alloys
-breaker Shape Sofr Steels steels Alloy Steels Stainless steels Cast Irons
C/B Grade C/B Grade C/B Grade C/B Grade C/B Grade
Low cutting NCM325 NCM325 NCM325 NCM310K
MF Resistance PC230 PC230 PC230 NCM320K
Type NCM335 NCM335 NCM335 PC215K
Reinforced NCM325 NCM325 NCM325 NCM310K
MM Cutting PC230 PC230 PC230 NCM320K
Edge Type NCM335 NCM335 NCM335 PC215K
Sharp
H01
MA Cutting
Edge Type G10
Recommended cutting condition
Cutter diameter 32 63 80 125
ISO
Grade V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
NCM325 100~250 0.05~0.3 120~250 0.08~0.3
P NCM335 100~220 0.05~0.25 120~220 0.08~0.25
PC3535 100~220 0.05~0.25 100~220 0.1~0.25
M NCM335 80~180 0.05~0.2 80~180 0.1~0.25
NCM310K 200~300 0.08~0.25 200~280 0.1~0.25
K NCM320K 180~250 0.08~0.25 180~250 0.1~0.25
PC215K 150~250 0.08~0.25 150~230 0.1~0.25
Non ferrous material H01 400~1,000 0.05~0.4 400~1,000 0.1~0.4
315
Technical Guide of Future mill (FMR)
Special features
Wide coverage for mould material, alloy steel, hardened steel etc. Precise design on insert seat part prevents insert from chattering.
2 step shape of insert provides good positioning & tight clamp of Special design put on insert bottom part prevent movement and
insert. chatter of insert.
4~8 cutting edge/insert available. Very esay to change cutting edge due to the rotate prevention
Un-even insert spacing prevents from chattering. part of insert.
Clamping system
Screw Rotate prevention design
Rotate
of insert
prevention
design of insert
Supporting part
of insert
Rotate prevention
design of insert seat part
Cutter body
Good surface finish due to the precise design of insert seat part of cutter. Good performance with out vibration due to the un-even insert spacing.
Special chip breaker design for
low cutting load
Minimized heat generation due to
smooth chip flow
Special cutting edge preparation
Nega-land preparation applied
Good surface finish due to the low
cutting load
Facial contact through curved face
Rotate prevention of insert during
machining
Stable and tight clamping of insert
4~8 cutting edge/insert available. Good positioning of insert repeatedly
316
Recommended cutting condition
C/B RDKT10T3M0- RDKT1204M0-
ISO
Grade V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
NCM325 100 ~ 300 0.10 ~ 0.40 120 ~ 250 0.15 ~ 0.60
P NCM335 100 ~ 250 0.10 ~ 0.40 120 ~ 220 0.15 ~ 0.60
PC3535 100 ~ 250 0.10 ~ 0.50 100 ~ 220 0.10 ~ 0.60
M PC9530 80 ~ 180 0.05 ~ 0.50 80 ~ 180 0.10 ~ 0.60
NCM310K 200 ~ 300 0.08 ~ 0.35 200 ~ 280 0.1 ~ 0.55
K NCM320K 180 ~ 250 0.08 ~ 0.35 180 ~ 250 0.1 ~ 0.55
PC6510 150 ~ 250 0.08 ~ 0.35 150 ~ 230 0.1 ~ 0.55
Aluminum H01 400 ~ 1,200 0.05 ~ 0.65 400 ~ 1,000 0.1 ~ 0.7
Designation of insert for aluminum machining is RDKT-MA.
Helical cutting / Plunging
Cutter body
Tools D(Cutter diameter) D (Normal diameter) D min D max Designation
25 40 32 48
32 54 46 62
40 70 62 78
FMR3000 RDKT10T3M0
50 90 82 98
63 116 108 124
100 190 182 198
32 52 41 63
40 68 57 79
50 88 77 98
FMR4000 63 114 103 125 RDKT1204M0
80 148 137 159
100 188 177 199
125 238 227 249
317
Technical Guide of HRM
Special features
Double clamp system guarantees powerful machining.
Special cutting edge design provides high feed rate.
Special chip breaker design provides effective performance with low cutting
load.
HRM has insert size 08,10,13,15.
Clamping system
Screw for
insert
clamp
Assembly structure
Screw for clamp
Clamp cover
Ring
Hole for clamp 0.02
positioning
Cutter body
0.02
3 face contact
with insert
Good surface finish due to the precise
HRM 08/10/13/15 Type design of insert seat part of cutter.
Interference prevent system
Designation d(mm) D(mm) t
HRMS0821R-2 20 20 21 1
HRMS1026R-2 25 25 26 1
HRMS1333R-2 32 32 33 1
HRMS1335R-2 32 32 35 3
HRMS1340R-3 32 32 40 8
HRMS1550R-3 42 42 50 8
HRMS1563R-4 42 42 63 21
Gap between cutting diameter and shank diameter prevents interference
work piece with tool.
318
Special features of insert
1st cutting edge
Chip breaker
- Optimized chip flow
- Optimized chip flow
- Reduce cutting load
- Reduce cutting load
2nd cutting edge
- Part for increase the cutting edge
strength
- High feed rate with low cutting load
- Chip removal rate has been
increased due to the 2nd cutting
edge
Minor cutting edge Nose R
- Provides good surface finish even at high feed rate. - Special design for good
- Special design employed to cut down the cutting load. performance at taper machining
- Radius style for maximum feed rate
Cutter body
HRM
Deep depth of cut Same cutting load with low depth of cut
Round insert
Deep depth of cut Cutting load becomes higher
319
Technical Guide of Laser mill
Special features
Indexable ball endmill for precise mould finishing.
Long tool life by combination with various grades.
Optimum machining is available by applying MQL.
Simple clamping of insert with a screw.
Variety of holders including steels shank, carbide shank, modular system.
Clamping system
Hi gh Precision
Screw
Inner
Coolant Way
Cutter body
High quality on precision achieved by insert hole grinding Through
- Run-out : under 0.02mm Coolant Hole
- Radius form accuracy : under 0.01mm
Through coolant system
Special merits of Laser ball endmill
3 different type of inserts are available with 1 same holder.
Same screw is available for 3 different type of insert.
Variety of holders including steels shank, carbide shank, modular system.
Long tool life & good surface finish can be acquired by applying MQL.
LBS Straight cutting edge
Useful for much precise
application
Avaiable with MQL
Environmental friendly system LBH Helical cutting edge
by applying MQL Useful for high feed
machining of hard work
Cost for coolant can be reduced
piece
Lubrication for cutting edge Avaiable with MQL
Enhanced quality on chip
control LR
Supplying coolant directly to the Straight cutting edge
Variety of radious for
cutting edge
corner radius of insert
Longer tool life & better surface
finish availalbe
320
Important cutting formula
V = Cutting speed(m/min)
D = Cutting diameter(mm)
F = Feed per a minute(mm/min)
fz = Feed per tooth(mm/tooth)
Zn = Number of tooth
W = Power requirement(kW)
H = Horsepower requirement(Hp)
Q = Chip removal amount(cm3/min)
Ad = Axial depth(mm)
Rd = Radial depth(mm)
Ks = Specific cutting resistance(kg/mm2)
= Mechanical efficiency(%)
Cutting speed Feed
RPM Chip removal rate
Cutter body
Feed per tooth Machine power requirement
Recommended cutting conditions
Speed Feed Cutter diameter : D(mm) Depth Radial
Hardness on axial depth of
Work piece V fz direction cut
(HRC)
(m/min) (mm/tooth) N N N N N N N N Ad(mm) Rd(mm)
Steel (carbon, alloy) under 30 100~200 0.2~0.25 6370 5090 4240 3200 2550 2050 1700 1700 D/10 D/10
Steel (carbon, alloy) 30~40 80~150 0.2~0.25 4770 3820 3180 2400 1910 1530 1280 1280 D/15 D/15
Alloy steel for mould 30~40 70~100 0.1~0.15 3180 2550 2120 1600 1280 1020 850 850 D/15 D/15
Cast iron 20~30 100~200 0.3~0.35 6370 5090 4240 3200 2550 2050 1700 1700 D/10 D/10
Heat treated steel 55~65 200~250 0.2~0.3 9150 7320 6100 4575 3660 2930 2440 2440 D/30 D/30
321
Technical Guide of Pro-X mill
Special features
Strong clamping due to the concave part of insert bottom side.
Good chip flow and less build up edge have been acquired due to
the special treatment on top of insert.
High rake angle of insert provides good surface finish and low
cutting load
Specially designed for high speed machining of aluminum.
Suitable for square shouldering and curved surface machining.
Special clamping system for high speed machining
Special design for strong clamping
at high speed machining to
prevent flying-out of insert
Cutter body
Various of insert corner
radius is available
(R0.4 ~ R5.0)
Clamping design as per FEM
analysis. (Cutting load analysis)
3 dimensional design for low cutting load Strong clamping of insert
Centrifugal force as per RPM
Marking
[ Designation Maximum RPM ]
Maximum RPM as per cutting diameter
Machining diameter 20 25 32 40 50 63 80 100 125
Maximum 36500 32600 28800 25800 23000 20500 18200 16300 14600
RPM
The table is a only data for flying-out of insert by centrifugal force at un-loaded condition. In case of actual machining, accidental breakage of insert or tool could
happen even under the written RPM. Special cover or door is necessary to prevent damage from broken insert or broken tool.
322
Recommended cutting condition
Work piece Cutting speed Vc(m/min) Feed rate fz(mm/tooth)
Rm < 280 N/mm2 1200 0.3
Aluminum alloy
Rm > 280 N/mm2 1000 0.25
Cupper alloy Long chip 400 0.2
Therm-oplastics - 350 0.15
Si < 12% 1000 0.25
Aluminum alloys
Si 12% - -
Cupper alloys Short chip 500 0.2
Magnesium alloys - 450 0.2
Duro-plastics - 200 0.15
Formula for lamping
Cutter body
Lmin : Minimum cutting length for ramping
: Ramping angle available
d : Cutting depth
PAXC(M) PAXS
Cutting diameter( ) Cutting diameter( )
40 11.31 50 20 8.30 68
50 7.24 78 25 17.95 31
63 5.10 112 32 12.6 45
80 3.86 148 40 9.91 57
100 3.94 145 - - -
125 2.14 267 - - -
(In case of d=10mm)
323
Mill-Max
ADN(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
ADN 4080R 80 105 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 4 1.9
MILLING
(ADNM) 4100R 100 125 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 5 2.5
4125R 125 149 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 6 4.3
4160R 160 183 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 8 6.4
4200R 200 223 130 47.625(60) 25.4(25.7) 14(14) 38(38) 63 10 8.7
4250R 250 273 180 47.625(60) 25.4(25.7) 14(14) 38(38) 63 12 14.0
4315R 315 338 240 47.625(60) 25.4(25.7) 14(14) 38(38) 63 14 21.0
Available Inserts
SDCN Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
Cutter body
NCM325
NCM335
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDCN 42M
42MT
42MT-RH
SDKR-MX 42MT-S20
1203AESN
SDKN 1203AESN-SM
SDKR 1203AEN-MX
1203AESN-SM
SDXN 1203AESN-FM
SDXR 1203AESN-FM
P. 281~284 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LADN4R/L WEPN4R/L DHA0821F LTX0514 HW40
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) ADN 4080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 4100R/L KAFA* -4 BT** -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 4125R/L KAFA* -5 BT** -FMA38.1-
100 ~ 200 0.05 ~ 0.20 ST30A 4160R/L KAFA* -6 BT** -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 4200R/L KAFA* -8, KCP-8*** BT** -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 4250R/L KAFA* -8, KCP-8*** BT** -FMA47.635-
150 ~ 250 0.05 ~ 0.20 NCM320K 4315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
324
Mill-Max
ADN(M)5000
(mm)
Stock
Designation D D1 D2 d a b E F
ADN 5080R 80 107 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 4 2.0
MILLING
(ADNM) 5100R 100 126 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 5 2.7
5125R 125 150 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 6 4.3
5160R 160 185 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 8 6.5
5200R 200 225 130 47.625(60) 25.4(25.7) 14(14) 38(38) 63 10 9.1
5250R 250 275 180 47.625(60) 25.4(25.7) 14(14) 38(38) 63 12 14.5
5315R 315 340 240 47.625(60) 25.4(25.7) 14(14) 38(38) 63 14 21.0
Available Inserts
SDCN Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDCN 53M
53MT
53MT-RH
SDKR-MX 53MT-S20
1504AESN
SDKN 1504AESN-SM
SDKR 1504AEN-MX
1504AESN-SM
SDXN 1504AESN-FM
SDXR 1504AESN-FM
P. 281~284 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LADN5R/L WEPN5R/L DHA0821F LTX0514 HW40
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) ADN 5080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 5100R/L KAFA* -4 BT** -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 5125R/L KAFA* -5 BT** -FMA38.1-
100 ~ 200 0.05 ~ 0.20 ST30A 5160R/L KAFA* -6 BT** -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 5200R/L KAFA* -8, KCP-8*** BT** -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 5250R/L KAFA* -8, KCP-8*** BT** -FMA47.635-
150 ~ 250 0.05 ~ 0.20 NCM320K 5315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
325
Mill-Max
AE(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
AE 4080R/L 80 103 60 25.4(27) 9.5(12.4) 6(7) 25(22) 50 4 1.7
MILLING
(AEM) 4100R/L 100 122 80 31.75(32) 12.7(14.4) 8(8) 32(28) 50 5 2.9
4125R/L 125 146 100 38.1(40) 15.9(16.4) 10(9) 38(30) 63 6 4.4
4160R/L 160 181 120 50.8(40) 19.0(16.4) 11(9) 38(30) 63 8 6.1
4200R/L 200 220 130 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 10 8.9
4250R/L 250 270 180 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 15.7
4315R/L 315 335 240 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 15 25.1
Available Inserts
SE N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
MA2
G10
H01
SEAN 1203AFFN
SECN 1203AFTN
SEKN 1203AFEN
SE R-MX 1203AFN
1203AFSN
1203AFTN-S20
SECR 1203AFSN-MX
SEKR 1203AFSN-MX
1203AFSN-MF1
P. 286~289 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LAE4R/L WAE4R/L DHA0821F LTX0512 HW40
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) AE 4080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 4100R/L KAFA -4 BT -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 4125R/L KAFA -5 BT -FMA38.10-
100 ~ 200 0.05 ~ 0.20 ST30A 4160R/L KAFA -6 BT -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 4200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 4250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
150 ~ 250 0.05 ~ 0.20 NCM320K 4315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
326
Mill-Max
AE(M)5000
(mm)
Stock
Designation D D1 D2 d a b E F
AE 5080R/L 80 103 60 25.4(27) 9.5(12.4) 6(7) 25(22) 50 4 1.7
MILLING
(AEM) 5100R/L 100 122 80 31.75(32) 12.7(14.4) 8(8) 32(28) 50 5 2.9
5125R/L 125 146 100 38.1(40) 15.9(16.4) 10(9) 38(30) 63 6 4.4
5160R/L 160 181 120 50.8(40) 19.0(16.4) 11(9) 38(30) 63 8 6.1
5200R/L 200 220 130 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 10 8.9
5250R/L 250 270 180 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 15.7
5315R/L 315 335 240 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 15 25.1
Available Inserts
SE N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SEAN 1504AFFN
SECN 1504AFTN
SEKN 1504AFEN
SE R-MX 1504AFSN
SEKR 1504AFSN-MX
P. 286~289 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LAE5R/L WAE5R/L DHA0821F LTX0512 HW40
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) AE 5080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 5100R/L KAFA -4 BT -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 5125R/L KAFA -5 BT -FMA38.10-
100 ~ 200 0.05 ~ 0.20 ST30A 5160R/L KAFA -6 BT -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 5200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 5250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
150 ~ 250 0.05 ~ 0.20 NCM320K 5315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
327
Mill-Max
EF(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
EF 4080R/L 80 89 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 4 1.5
MILLING
(EFM) 4100R/L 100 108 70 31.75(32) 12.7(14.4) 8(8) 32(28) 50 5 2.1
4125R/L 125 133 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 6 3.8
4160R/L 160 168 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 8 5.5
4200R/L 200 208 130 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 10 8.2
4250R/L 250 257 180 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 13.4
4315R/L 315 322 240 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 16 21.2
Available Inserts
SF N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
Cutter body
NCM325
NCM335
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SFAN 1203EFR
SFCN 1203EFR
P. 290 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LEF4R/L WEFR/L DHA0821F LTX0512 HW40
LEF4R1*/L1*
* For 80~ 125
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) EF 4080R/L KAFA* -3 BT** -FMA25.4-
4100R/L KAFA -4 BT -FMA31.75-
P - - - 4125R/L KAFA -5 BT -FMA38.10-
4160R/L KAFA -6 BT -FMA50.8-
4200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
M - - -
4250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
4315R/L KCP-8(Centering plug)
K 400 ~ 500 0.05 ~ 0.20 H01
* -NT number ** -BT number ***Larger than Milling No.5
328
Mill-Max
EN(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
EN 4080R/L 80 87 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 1.4
MILLING
(ENM) 4100R/L 100 107 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 2.1
4125R/L 125 132 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 3.8
4160R/L 160 167 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 5.7
4200R/L 200 207 130 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 8.4
4250R/L 250 257 180 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 16 13.8
4315R/L 315 322 240 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 20 21.6
Available Inserts
SN N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SNCN 1204ENN
SNKN 1204ENN
P. 291 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LEN4R/L WENR/L DHA0830 LTX0512 HW40
WENR1*/L1* DHA0825*
* For 80~ 100
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) EN 4080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.10 ~ 0.25 NCM325 4100R/L KAFA -4 BT -FMA31.75-
P 120 ~ 230 0.10 ~ 0.30 PC3535 4125R/L KAFA -5 BT -FMA38.10-
100 ~ 180 0.10 ~ 0.30 ST30A 4160R/L KAFA -6 BT -FMA50.8-
50 ~ 200 0.10 ~ 0.25 PC9530 4200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
M
80 ~ 140 0.10 ~ 0.25 ST30A 4250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
150 ~ 250 0.10 ~ 0.25 NCM320K 4315R/L KCP-8(Centering plug)
K 150 ~ 250 0.10 ~ 0.30 PC6510
100 ~ 250 0.10 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
329
Mill-Max
EPN(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
EPN 4080R/L 80 83 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 1.4
MILLING
(EPNM) 4100R/L 100 107 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 2.1
4125R/L 125 132 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 3.8
4160R/L 160 166 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 5.7
4200R/L 200 206 130 47.625(60) 25.4(25.7) 14(14) 38(38) 63 12 8.2
4250R/L 250 256 180 47.625(60) 25.4(25.7) 14(14) 38(38) 63 16 13.5
4315R/L 315 321 240 47.625(60) 25.4(25.7) 14(14) 38(38) 63 20 21.1
Available Inserts
SP N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
Cutter body
NCM325
NCM335
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SPCN 1203EDR
1203EDR-S20
1203EDER-RH
SP R-MX 1203EDTR-RH
1203EDSR-RH
SPKN 1203EDSR
1203EDSR-SM
SPKR 1203EDSR-MX
1203EDSR-SM
P. 293~296 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LEPN4R/L DHA0821F
WEPN4R/L LTX0514 HW40
*LEPN4R1/L1 *DHA0818F
* For 80~ 100
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) EPN 4080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 4100R/L KAFA* -4 BT** -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 4125R/L KAFA* -5 BT** -FMA38.1-
100 ~ 200 0.05 ~ 0.20 ST30A 4160R/L KAFA* -6 BT** -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 4200R/L KAFA* -8, KCP-8*** BT** -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 4250R/L KAFA* -8, KCP-8*** BT** -FMA47.635-
150 ~ 250 0.05 ~ 0.20 NCM320K 4315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
330
Mill-Max
EPN(M)5000
(mm)
Stock
Designation D D1 D2 d a b E F
EPN 5080R/L 80 91 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 1.5
MILLING
(EPNM) 5100R/L 100 110 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 2.1
5125R/L 125 134 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 3.9
5160R/L 160 169 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 5.7
5200R/L 200 209 130 47.625(60) 25.4(25.7) 14(14) 38(38) 63 12 8.4
5250R/L 250 259 180 47.625(60) 25.4(25.7) 14(14) 38(38) 63 16 13.6
5315R/L 315 324 240 47.625(60) 25.4(25.7) 14(14) 38(38) 63 20 21.6
Available Inserts
SP N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SPCN 1504EDR
1504EDR-S20
1504EDER-RH
SP R-MX 1504EDER-RH
1504EDSR-RH
1504EDSR
SPKN 1504EDSR-SM
SPKR 1504EDSR-MX
1504EDSR-SM
P. 293~296 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LEPN5R/L WEPN5R/L DHA0821F LTX0514 HW40
*LEPN5R1/L1 *DHA0818F
* For 80~ 100
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) EPN 5080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 5100R/L KAFA* -4 BT** -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 5125R/L KAFA* -5 BT** -FMA38.1-
100 ~ 200 0.05 ~ 0.20 ST30A 5160R/L KAFA* -6 BT** -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 5200R/L KAFA* -8, KCP-8*** BT** -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 5250R/L KAFA* -8, KCP-8*** BT** -FMA47.635-
150 ~ 250 0.05 ~ 0.20 NCM320K 5315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
331
Mill-Max
PF(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
PF 4080R/L 80 78.6 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 4 1.2
MILLING
(PFM) 4100R/L 100 97 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 4 1.8
4125R/L 125 122 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 7 3.1
4160R/L 160 158 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 9 5.6
4200R/L 200 197 130 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 11 8.8
4250R/L 250 247 180 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 15 16
4315R/L 315 311 240 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 19 22
Available Inserts
TF N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
Cutter body
NCM325
NCM335
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TFAN 2203PFR
2203PFL
TFCN 2203PFR
2203PFL
P. 297 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LPF4R/L WPFR/L DHA0821F LTX0512 HW40
LPF4R1**/L1** DHA0818F*
* For 80~ 100 ** For 80~ 125
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) EP 5080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 5100R/L KAFA -4 BT -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 5125R/L KAFA -5 BT -FMA38.10-
100 ~ 200 0.05 ~ 0.20 ST30A 5160R/L KAFA -6 BT -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 5200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 5250R/L KAFA50.8, KCP-8*** BT -FMA47.635-
150 ~ 250 0.05 ~ 0.20 NCM320K 5315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
332
Mill-Max
PPN(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
PPN 4080R/L 80 79 57 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 1.3
MILLING
(PPNM) 4100R/L 100 99 67 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 1.9
4125R/L 125 124 87 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 3.5
4160R/L 160 158 107 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 5.6
4200R/L 200 198 130 47.625(60) 25.4(25.7) 14(14) 38(38) 63 12 8.1
4250R/L 250 248 180 47.625(60) 25.4(25.7) 14(14) 38(38) 63 16 13.3
4315R/L 315 313 240 47.625(60) 25.4(25.7) 14(14) 38(38) 63 20 21.4
Available Inserts
TP N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TPCN 2204PDR
2204PDR-RH
2204PDR-S20
TPKR-MX 2204PDER-RH
2204PDSR-RH
TPKN 2204PDSR
2204PDSR-SM
TPKR 2204PDSR-MX
2204PDSR-SM
TPXN 2204PDSR-FM
P. 298~300 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LPPN4R/L WPPN4R/L DHA081F LTX0514 HW40
*LPPN4R1/L1 *DHA0818F
* For 80~ 100
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) PPN 4080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 4100R/L KAFA* -4 BT** -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 4125R/L KAFA* -5 BT** -FMA38.1-
100 ~ 200 0.05 ~ 0.20 ST30A 4160R/L KAFA* -6 BT** -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 4200R/L KAFA* -8, KCP-8*** BT** -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 4250R/L KAFA* -8, KCP-8*** BT** -FMA47.635-
150 ~ 250 0.05 ~ 0.20 NCM320K 4315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
333
Mill-Max
AFO(M)4000
(mm)
Stock
Designation D D1 D2 d a b E F
AFO 4080R/L 80 88 60 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 1.4
MILLING
(AFOM) 4100R/L 100 108 80 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 2.0
4125R/L 125 133 100 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 3.1
Available Inserts
OFCW Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
Cutter body
NCM325
NCM335
PC3535
PC3545
PC9530
Designation PC6510
PC230
ST30A
CN20
CN30
CT10
ST20
G10
H01
OFCW 05T3SN
05T3FN
05T308FN
OFKT-MF, MM, MA OFKT 05T3SN-MF
05T308SN-MF
05T3SN-MM
05T308SN-MM
05T3FN-MA
05T3EN-MA
P. 275, 276 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Screw Wrench
LAFO4R/L WAFO4R/L DHA0815 FTKA0408 TW15S
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) AFO 4080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 4100R/L KAFA -4 BT -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 4125R/L KAFA -5 BT -FMA38.10-
100 ~ 200 0.05 ~ 0.20 ST30A
50 ~ 200 0.05 ~ 0.20 PC9530
M
50 ~ 120 0.05 ~ 0.20 ST30A
150 ~ 250 0.05 ~ 0.20 NCM320K
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
334
Mill-Max
AFO(M)5000
(mm)
Stock
Designation D D1 D2 d a b E F
AFO 5080R/L 80 91 60 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 1.4
MILLING
(AFOM) 5100R/L 100 111 80 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 2.0
5125R/L 125 136 100 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 3.1
5160R/L 160 171 120 50.8(40) 19.0(16.4) 11(9) 38(38) 63 10 5.2
5200R/L 200 211 130 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 7.5
5250R/L 250 261 180 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 16 16.1
5315R/L 315 326 240 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 20 22.8
Available Inserts
OFCN Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
OFCN 0704SN
OFKR-MF, MM, MA 0704FN
070408SN
070408FN
OFKR 0704SN-MF
070408SN-MF
REKR-MM 0704SN-MM
070408SN-MM
0704FN-MA
0704EN-MA
REKR 170400-MM
P. 275, 276 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Screw Wrench
LAFO5R/L WEFR/L DHA0821F LTX0512 HW40
*LAFO5R/L-1
* For 80~ 100
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) AFO 5080R/L KAFA* -3 BT** -FMA25.4-
150 ~ 300 0.05 ~ 0.15 NCM325 5100R/L KAFA -4 BT -FMA31.75-
P 120 ~ 230 0.05 ~ 0.20 PC3535 5125R/L KAFA -5 BT -FMA38.10-
100 ~ 200 0.05 ~ 0.20 ST30A 5160R/L KAFA -6 BT -FMA50.8-
50 ~ 200 0.05 ~ 0.20 PC9530 5200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
M
50 ~ 120 0.05 ~ 0.20 ST30A 5250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
150 ~ 250 0.05 ~ 0.20 NCM320K 5315R/L KCP-8(Centering plug)
K 150 ~ 250 0.05 ~ 0.30 PC6510
100 ~ 200 0.05 ~ 0.30 G10
* -NT number ** -BT number ***Larger than Milling No.5
335
Aero mill
APD(M) A type
(mm)
Stock
Designation D D1 d a b E F
APD 080R/L-A6Z 80 76 25.4(27) 9.5(12.4) 6(7) 25(22) 50 6 0.75
MILLING
(APDM) 100R/L-A6Z 100 95 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 0.95
125R/L-A8Z 125 120 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 1.8
160R/L-A10Z 160 155 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 2.9
200R/L-A12Z 200 195 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 4.0
250R/L-A16Z 250 245 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 16 6.3
315R/L-A18Z 315 310 47.625(60) 25.4(25.7) 13.5(14) 38(38) 80 18 11.3
Available Inserts
CDEW PCD Cermet Un-coated Insert
Cutter body
Designation
DP2200
DP150
DP200
ST30A
CN20
CN30
CT10
ST20
G10
H01
CDEW 1204R/L-XCF
1204R/L-XAF
1204R/L-XAW
1204R/L-NAF
1204R/L-NAW
P. 270, 271 : Stock Item : Under preparing for stock
Parts
Screw Wrench
Cartridge Chip cover
For chip cover For insert For height control For cartridge For insert For cartridge
LAPDR/L-AJ CAPDR/L-AJ PTMA0411 FTNA0411 AZ0514 BHA0616 TW15S HW50
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) APD 080R/L KAFA* -3 BT** -FMA25.4-
100R/L KAFA -4 BT -FMA31.75-
125R/L KAFA -5 BT -FMA38.10-
1,000 ~ 4,000 0.05 ~ 0.30 DP200
160R/L KAFA -6 BT -FMA50.8-
200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
Aluminum
250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
315R/L KCP-8(Centering plug)
500 ~ 2,500 0.05 ~ 0.20 H01
* -NT number ** -BT number ***Larger than Milling No.5
336
Aero mill
APD(M) B type
(mm)
Stock
Designation D D1 d a b E F
APD 080R/L-B6Z 80 76 25.4(27) 9.5(12.4) 6(7) 25(22) 50 6 0.75
MILLING
(APDM) 100R/L-B6Z 100 95 31.75(32) 12.7(14.4) 8(8) 32(28) 50 6 0.95
125R/L-B8Z 125 120 38.1(40) 15.9(16.4) 10(9) 38(30) 63 8 1.8
160R/L-B10Z 160 155 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 2.9
200R/L-B12Z 200 195 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 12 4.0
250R/L-B16Z 250 245 47.625(60) 25.4(25.7) 13.5(14) 38(38) 63 16 6.3
315R/L-B18Z 315 310 47.625(60) 25.4(25.7) 13.5(14) 38(38) 80 18 11.3
Available Blade
BAPDR/L PCD Cermet Un-coated Insert
Cutter body
Designation
DP2200
DP150
DP200
ST30A
CN20
CN30
CT10
ST20
G10
H01
BAPD R/L-XAF
R/L-XAW
R/L-NAF
R/L-NAW
P. 270 : Stock Item : Under preparing for stock
Parts
Screw Wrench
Blade Chip cover
For chip cover For height control For cartridge For cartridge
LAPDR/L-AJ CAPDR/L-AJ PTMA0411 AZ0514 BHA0616 HW50
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Arbor for NC
Work piece Grade
V(m/min) fz(mm/tooth) APD 080R/L KAFA* -3 BT** -FMA25.4-
100R/L KAFA -4 BT -FMA31.75-
125R/L KAFA -5 BT -FMA38.10-
1,000 ~ 4,000 0.05 ~ 0.30 DP200
160R/L KAFA -6 BT -FMA50.8-
200R/L KAFA50.8, KCP-8*** BT -FMA47.625-
Aluminum
250R/L KAFA50.8, KCP-8*** BT -FMA47.625-
315R/L KCP-8(Centering plug)
500 ~ 2,500 0.05 ~ 0.20 H01
* -NT number ** -BT number ***Larger than Milling No.5
337
Alpha mill
AMS2000S/3000S
(mm)
Designation Stock D d L Ad AR RR
AMS 2010S 10 10 20 85 1 11 3 -25
MILLING
2012S 12 16 25 85 1 11 5 -24
2014S 14 16 25 90 1 11 7 -15
2016S 16 16 25 90 2 11 7 -15
2018S 18 16 25 90 2 11 7 -14
2020S 20 20 30 100 2 11 9 -13
2022S 22 20 35 115 3 11 9 -13
2025S 25 25 35 115 3 11 9 -12
2032S 32 32 40 125 4 11 9 -11
2040S 40 32 42 130 5 11 9 -10
2050S 50 32 45 135 6 11 9 -9
2063S 63 32 45 135 8 11 9 -8
AMS 3025S 25 25 35 115 2 16 14 -18
3032S 32 32 40 125 3 16 14 -14
3040S 40 32 42 130 4 16 14 -12
Cutter body
3050S 50 32 45 135 5 16 14 -11
3063S 63 32 45 135 6 16 14 -10
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMS 2000S(Ø10~Ø63) APXT 11T3~ FTKA 02565S TW 08S
AMS 3000S(Ø25~Ø63) APXT 1604~ FTKA 0408 TW 15S
FTKA 0410
Available Inserts
Grade Low carbon steel, High carbon steel,
Stainless steel Cast iron Aluminum alloy
Insert Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T312R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T316R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T324R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
APXT 1604PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 1604PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 160416R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 160432R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
P. 269
338
Alpha mill
AMS2000SE/3000SE
(mm)
Designation Stock D d L Ad AR RR
AMS 2025SE 25 25 30 115 2 4 -1°
MILLING
2032SE 32 32 40 125 3 4 -1°
2040SE 40 32 40 130 3 4 -1°
2050SE 50 32 40 135 4 4 -1°
2063SE 63 32 40 135 5 4 -1°
AMS 3050SE 50 32 45 135 3 6 -1°
3063SE 63 32 45 135 4 6 -1°
Cutter body
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMS 2000SE APXT 11T3~ FTKA 02565S TW 08S
AMS 3000SE APXT 1604~ FTKA 0410 TW 15S
Available Inserts
Grade Low carbon steel, High carbon steel,
Insert Stainless steel Cast iron Aluminum alloy
Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T312R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T316R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T324R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
APXT 1604PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 1604PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APKT 160416R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 160432R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APKT 1604PDFR-MA2 - - - - H01
APKT 160404PDFR-MA2 - - - - H01
APKT 160416FR-MA2 - - - - H01
APKT 160432FR-MA2 - - - - H01
P. 269
339
Alpha mill
AMS2000M
(mm)
Number of
Designation Stock D d 1 L RR
flute
AMS 2020M 20 20 29.4 45 120 1 3 -13
MILLING
2025M 25 25 38.9 55 130 2 8 -12
2032M 32 32 48.5 65 140 2 10 -11
2040M 40 42 58.0 75 150 2 14 -10
Cutter body
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMS 2000M APXT 11T3~ FTKA 02565S TW 08S
Available Inserts
Grade Low carbon steel, High carbon steel,
Insert Stainless steel Cast iron Aluminum alloy
Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
P. 269
340
Alpha mill
AMS2000MH/3000MH
(mm)
Designation Stock D d 1 L APXT11T3~ APXT1604~
AMS 2025MH 25 25 20 40 130 3 3 -
MILLING
2032MH 32 32 30 50 140 3 1 2
AMS 3040MH 40 32 40 60 150 4 - 4
Cutter body
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMS 2025MH APXT 11T3~ FTKA 02565S TW 08S
AMS 2032MH APXT 11T3~ FTKA 02565S TW 08S
AMS 3040MH APXT 1604~ FTKA 0410 TW 15S
Available Inserts
Grade Low carbon steel, High carbon steel,
Insert Stainless steel Cast iron Aluminum alloy
Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
APXT 1604PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 1604PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APKT 1604PDFR-MA2 - - - - H01
P. 269
341
Alpha mill
AMC(M)2000S/3000S
(mm)
Designation Stock D d d1 d2 a b E F Ad
AMC 2040S 40 16(16) 9 14 8.4(8.4) 5.6(5.6) 18(18) 40 5 11
MILLING
(AMCM) 2050S 50 22.225(22) 11 18 8.0(10.4) 5.0(6.3) 20(20) 40 6 11
2063S 63 22.225(22) 11 18 8.0(10.4) 5.0(6.3) 20(20) 40 8 11
2080S 80 25.4(27) 13 20 9.5(12.4) 6.0(7.0) 25(22) 50 8 11
2100S 100 31.75(32) - 45 12.7(14.4) 8.0(8.0) 32(28) 50 10 11
AMC 3040S 40 16(16) 9 14 8.4(8.4) 5.6(5.6) 18(18) 40 4 16
(AMCM) 3050S 50 22.225(22) 11 18 8.0(10.4) 5.0(6.3) 20(20) 40 5 16
3063S 63 22.225(22) 11 18 8.0(10.4) 5.0(6.3) 20(20) 40 6 16
3080S 80 25.4(27) 13 20 9.5(12.4) 6.0(7.0) 25(22) 50 7 16
3100S 100 31.75(32) - 45 12.7(14.4) 8.0(8.0) 32(28) 50 8 16
Cutter body
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMC 2000S APXT 11T3~ FTKA 02565S TW 08S
AMC 3000S APXT 1604~ FTKA 0410 TW 15S
Available Inserts
Grade Low carbon steel, High carbon steel,
Insert Stainless steel Cast iron Aluminum alloy
Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T312R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T316R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T324R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
APXT 1604PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 1604PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 160416R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 160432R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
P. 269
342
Alpha mill
AMC(M)2000SE/3000SE
(mm)
Designation Stock D d d1 d2 a b E F Ad
AMC 2080SE 80 25.4(27) 13 20 9.5(12.4) 6.0(7.0) 25(22) 50 5 4
MILLING
(AMCM) 2100SE 100 31.75(32) - 45 12.7(14.4) 8.0(8.0) 32(28) 50 6 4
AMC 3080SE 80 25.4(27) 13 20 9.5(12.4) 6.0(7.0) 25(22) 50 4 6
(AMCM) 3100SE 100 31.75(32) - 45 12.7(14.4) 8.0(8.0) 32(28) 50 5 6
Cutter body
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMC 2000SE APXT 11T3~ FTKA 02565S TW 08S
AMC 3000SE APXT 1604~ FTKA 0410 TW 15S
Available Inserts
Grade Low carbon steel, High carbon steel,
Insert Stainless steel Cast iron Aluminum alloy
Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T312R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T316R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T324R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
APXT 1604PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 1604PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 160416R-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APKT 1604PDFR-MA2 - - - - H01
APKT 160404PDFR-MA2 - - - - H01
APXT 160416FR-MA2 - - - - H01
APXT 160432FR-MA2 - - - - H01
P. 269
343
Alpha mill
AMC(M)2000M
(mm)
Designation Stock D d d1 d2 a b E F Number RR Available Arbor
of flute
AMC 2050M 50 39 22.225(22) 11 18 8.0(10.4) 5.0(6.3) 29(21) 58 4 16 -9° BT -SMA22.225(BT -FMC22)
MILLING
(AMCM) 2063M 63 39 25.4(27) 13.5 20 9.5(12.4) 6.0(7.0) 25(25) 58 4 16 -8° BT -FMA25.4(BT -FMC27)
2080M 80 39 31.75(32) - 45 12.7(14.4) 8.0(8.0) 35(28) 63 5 20 -7° BT -FMA31.75(BT -FMC32)
2100M 100 39 38.1(40) - 56 15.9(16.4) 10.0(9.0) 38(30) 63 6 24 -5° BT -FMA38.1(BT -FMB40)
Cutter body
: Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
AMC 2000M APXT 11T3~ FTKA 02565S TW 08S
Available Inserts
Grade Low carbon steel, High carbon steel,
Insert Stainless steel Cast iron Aluminum alloy
Soft steel Alloy steel
APXT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APT 11T3PDSR-MF NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDSR-MM NCM325, PC3535 NCM325, PC3535 PC9530, NCM335 NCM320K, PC6510 -
APXT 11T3PDR-MA - - - - H01
APXT 11T318R-MA - - - - H01
P. 269
344
Future mill
FMAC(M)3000/4000-A
(mm)
Stock
Designation D D2 d F a b d1 d2 E Ad
R L
FMAC 3063R-A 63 49 22.225(22) 40 8.0(10.4) 5(6.3) 11 18 20 3 0.5 4
MILLING
(FMACM) 3080R-A 80 57 25.4(27) 50 9.5(12.4) 6(7) 13.5 20 25 4 0.6 4
3100R-A 100 67 31.75(32) 50 12.7(14.4) 8(8) - - 32 5 0.8 4
3100R-25.4-A 100 67 25.4 50 9.5 6 - - 25 5 0.9 4
3125R-A 125 87 38.1(40) 63 15.9(16.4) 10(9) - - 38 6 1.6 4
3125R-25.4-A 125 70 25.4 63 9.5 6 - - 25 6 1.7 4
4063R-A 63 49 22.225(33) 50 8.0(10.4) 5(5.3) 11 18 20 3 0.6 6.5
4080R-A 80 67 25.4(27) 50 9.5(12.4) 6(7) 13.5 20 25 4 0.8 6.5
4100R-A 100 67 31.75(32) 50 12.7(14.4) 8(8) - - 32 5 1.1 6.5
4100R-25.4-A 100 67 25.4 50 9.5 6 - - 25 5 1.2 6.5
4125R-A 125 87 38.1(40) 63 15.9(16.4) 10(9) - - 38 6 1.7 6.5
4125R-25.4-A 125 70 25.4 63 9.5 6 - - 25 6 1.8 6.5
4160R-A 160 107 50.8(40) 63 19.0(16.4) 11(9) - - 38 7 2.5 6.5
4200R-A 200 130 47.625(60) 63 25.4(25.7) 14(14) - - 38 8 3.2 6.5
4250R-A 250 180 47.625(60) 63 25.4(25.7) 14(14) - - 38 10 4.1 6.5
Cutter body
4315R-A 315 240 47.625(60) 63 25.4(25.7) 14(14) - - 38 12 6.7 6.5
: Stock Item : Under preparing for stock
Available Inserts
SEXT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SEET 0903AGSN-MF
SEXT 0903AGSN-MF
SEET 0903AGSN-MM
SEXT 0903AGSN-MM
SEET 0903AGFN-MA
SEET 14M4AGSN-MF
SEXT 14M4AGSN-MF
SEET 14M4AGSN-MM
SEXT 14M4AGSN-MM
SEET 14M4AGFN-MA
P. 287~290 : Stock Item : Under preparing for stock
Parts
Wrench
Specs Insert Screw Locater Screw for locater
For insert For locater
FMA(M)3000 SE T 0903 FTKA0307 TW09S HW30L LFMA3R-A DHA620
FMA(M)4000 SE T 14M4 FTGA03512 TW15S HW40L LFMA4R-A DHA0830
345
Future mill
FMPC(M)3000/4000-A
(mm)
Designation Stock D d2 d a b E F Ad
FMPC 3063S-A 63 22.225(22) 18 8.0(10.4) 5(6.3) 20 40 3 0.2 4
MILLING
(FMPCM) 3080S-A 80 25.4(27) 20 9.5(12.4) 6(7) 25 50 4 0.4 4
3100S-A 100 31.75(32) - 12.7(14.4) 8(8) 32 50 5 0.6 4
3100S-25.4-A 100 25.4 - 9.5 6 25 50 5 0.7 4
4063S-A 63 22.225(22) 18 8.0(10.4) 5(6.3) 20 40 3 0.2 6.5
4080S-A 80 25.4(27) 20 9.5(12.4) 6(7) 25 50 4 0.5 6.5
4100S-A 100 31.75(32) - 12.7(14.4) 8(8) 32 50 5 0.7 6.5
4100S-25.4-A 100 25.4 - 9.5 6 25 50 5 0.8 6.5
4125S-A 125 38.1(40) - 16.15(16.4) 10(9) 38 63 6 1.3 6.5
4125S-25.4-A 125 25.4 - 9.5 6 25 63 6 1.4 6.5
4160S-A 160 50.8(40) - 19.0(16.4) 11(9) 38 63 8 2.0 6.5
4200S-A 200 47.625(60) - 25.4(25.7) 14(14) 38 63 10 3.2 6.5
4250S-A 250 47.625(60) - 25.4(25.7) 14(14) 38 63 12 5.2 6.5
4315S-A 315 47.625(60) - 25.4(25.7) 14(14) 38 63 15 8.4 6.5
: Stock Item : Under preparing for stock
Cutter body
Available Inserts
SDXT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDXT 09M405R-MF
09M405R-MM
09M405R-MA
09M402R-MA
SDXT 130508R-MF
130508R-MM
130508R-MA
130504R-MA
P. 284, 285 : Stock Item : Under preparing for stock
Parts
Wrench Screw Screw
Specs Insert Screw Locater Chip cover
For insert For locater for chip cover for locater
FMPC3063S-A SDXT09M4 FTGA03508 TW15S HW30L LFMP3R-A CFMP3R14R1-A PXMA0306 DHA0624
FMPC3080S-A SDXT09M4 FTGA03508 TW15S HW30L LFMP3R-A CFMP3R-A PXMA0306 DHA0624
~3100S-A
FMPC4063S-A SDXT1305 FTNC04509 TW20S HW40L LFMP4R1-A CFMP3R14R1-A PXMA0306 DHA0825
~4080S-A
FMPC4100S-A SDXT1305 FTNC4509 TW20S HW40L LFMP4R-A CFMP3R-A PXMA0306 DHA0830
~4315S-A
346
Future mill
FMAC(M)3000/4000
(mm)
Stock
Designation D D2 d F a b d1 d2 E Ad
R L
FMAC 3050R 50 42 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 4 4
MILLING
(FMACM) 3063R 63 49 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 5 4
3080R 80 57 25.4(27) 50 9.5(12.4) 6.0(7.0) - - 25(22) 6 4
3100R 100 67 31.75(32) 50 12.7(14.4) 8(8.0) - - 32(32) 7 4
3125R 125 87 38.1(40) 63 15.9(16.4) 10.0(9.0) - - 38(35) 8 4
3050R-H 50 42 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 6 4
3063R-H 63 49 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 8 4
3080R-H 80 57 25.4(27) 50 9.5(12.4) 6.0(7.0) - - 25(22) 10 4
3100R-H 100 67 31.75(32) 50 12.7(14.4) 8.0(8.0) - - 32(32) 12 4
3125R-H 125 87 38.1(40) 63 15.9(16.4) 10.0(9.0) - - 38(35) 14 4
FMAC 4050R 50 49 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 3 6.5
(FMACM) 4063R 63 49 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 4 6.5
4080R 80 57 25.4(27) 50 9.5(12.4) 6.0(7.0) - - 25(20) 5 6.5
4100R 100 67 31.75(32) 50 12.7(14.4) 8.0(8.0) - - 32(20) 5 6.5
4125R 125 87 38.1(40) 63 15.9(16.4) 10.0(9.0) - - 38(35) 6 6.5
Cutter body
4160R 160 107 50.8(40) 63 19.0(16.4) 11.0(9.0) - - 38(35) 7 6.5
4200R 200 130 47.625(60) 63 25.4(25.7) 14.0(14.0) - - 38(32) 8 6.5
4063R-M 63 49 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 5 6.5
4080R-M 80 57 25.4(27) 50 9.5(12.4) 6.0(7.0) - - 25(22) 6 6.5
4100R-M 100 67 31.75(32) 50 12.7(14.4) 8.0(8.0) - - 32(32) 7 6.5
4125R-M 125 87 38.1(40) 63 15.9(16.4) 10.0(9.0) - - 38(35) 8 6.5
4160R-M 160 107 50.8(40) 63 19.0(16.4) 11.0(9.0) - - 38(35) 10 6.5
4200R-M 200 130 47.625(60) 63 25.4(25.7) 14.0(14.0) - - 38(32) 12 6.5
4063R-H 63 49 22.225(22) 40 8.0(10.4) 5.0(6.3) 11 18 20(20) 6 6.5
4080R-H 80 57 25.4(27) 50 9.5(12.4) 6.0(7.0) - - 25(22) 8 6.5
4100R-H 100 67 31.75(32) 50 12.7(14.4) 8.0(8.0) - - 32(32) 10 6.5
4125R-H 125 87 38.1(40) 63 15.9(16.4) 10.0(9.0) - - 38(35) 12 6.5
4160R-H 160 107 50.8(40) 63 19.0(16.4) 11.0(9.0) - - 38(35) 16 6.5
4200R-H 200 130 47.625(60) 63 25.4(25.7) 14.0(14.0) - - 38(32) 18 6.5
Parts for FMAC3000/4000 is same as FMAS3000/4000. : Stock Item : Under preparing for stock
Available Inserts
SEET Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SEEW 0903AGTN
SEET 0903AGFN-MA
0903AGSN-MF
0903AGSN-MM
SEXT 0903AGSN-MF
0903AGSN-MM
0903AGSN-MR
SEEW 14M4AGTN
SEET 14M4AGFN-MA
14M4AGSN-MF
14M4AGSN-MM
SEXT 14M4AGSN-MF
14M4AGSN-MM
14M4AGSN-MR
P. 287~290 : Stock Item : Under preparing for stock
347
Future mill
FMAS3000
(mm)
Designation Stock D d L Ad
FMAS 3025R 25 25 115 35 2 4
MILLING
3032R 32 25 125 40 3 4
3040R 40 32 130 40 3 4
3050R 50 32 135 40 4 4
3063R 63 32 135 45 5 4
4050R 50 32 135 45 3 6.5
4063R 63 32 135 45 4 6.5
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
SEET Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SEEW 0903AGTN
SEET 0903AGFN-MA
0903AGSN-MF
0903AGSN-MM
SEXT 0903AGSN-MF
0903AGSN-MM
0903AGSN-MR
SEEW 14M4AGTN
SEET 14M4AGFN-MA
14M4AGSN-MF
14M4AGSN-MM
SEXT 14M4AGSN-MF
14M4AGSN-MM
14M4AGSN-MR
P. 287~290 : Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench for insert Wrench for shim Screw for shim Shim
FMAS3000 SE 0903 FTKA0307 TW09S - - -
FMAS4000 SE 14M4 FTGA03512 TW15S HW35L SHXN0509F SS42SAF
348
Future mill
FMPC(M)3000/4000
(mm)
Stock
Designation D d d2 a b E F
R L
FMPC 3050S 50 22.225(22) 18 8.0(10.4) 5.0(6.3) 20(20.0) 40 5
MILLING
(FMPCM) 3063S 63 22.225(22) 18 8.0(10.4) 5.0(6.3) 20(20.0) 40 6
3080S 80 25.40(27) 20 9.5(12.4) 6.0(7.0) 25(22.0) 50 7
3100S 100 31.75(32) 45 12.7(14.4) 8.0(8.0) 32(32.0) 50 8
4063S 63 22.225(22) 18 8.4(10.4) 5.0(6.3) 20(20.0) 40 5
4080S 80 25.40(27) 20 9.5(12.4) 6.0(7.0) 25(22.0) 50 6
4100S 100 31.75(32) 45 12.7(14.4) 8.0(8.0) 32(32.0) 50 7
4125S 125 38.10(40) 56 15.9(16.4) 10.0(9.0) 38(35.0) 63 8
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
SDXT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDXT 09M405R-MF
MM
MA
SDXT 130508R-MF
MM
MA
P. 284, 285 : Stock Item : Under preparing for stock
Parts Assembling
Specs Insert Screw Wrench
FMPC 3000 SDXT09M4 FTGA 03508 TW15S
FMPC 4000 SDXT1305 FTNC 04511 TW20S
349
Future mill
FMPS3000/4000
(mm)
Designation Stock D L d
FMPS 3025S 25 115 25 35 2
MILLING
3032S 32 125 25 40 3
3040S 40 130 32 40 4
3050S 50 135 32 40 5
3063S 63 135 32 45 6
4040S 40 130 32 40 3
4050S 50 135 32 45 4
4063S 63 135 32 45 5
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
SDXT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDXT 09M405R-MF
MM
MA
SDXT 130508R-MF
MM
MA
P. 284, 285 : Stock Item : Under preparing for stock
Parts Assembling
Specs Insert Screw Wrench
FMPS 3000 SDXT09M4 FTGA 03508 TW15S
FMPS 4000 SDXT1305 FTNC 04511 TW20S
350
Future mill
FMRC(M)3000/4000
(mm)
Designation Stock D C D2 d H a b d1 d2 E
FMRC 3040RD 40 30 36 15.875(16) 40 8 5.6(5.6) 9 14 18(20) 3
MILLING
(FMRCM) 3050RD 50 40 42 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 4
3063RD 63 53 49 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 5
3080RD 80 70 57 25.4(27) 50 9.5(12.4) 6(7.0) 14 19 25(22) 6
3100RD 100 90 67 31.75(32) 50 12.7(14.4) 8(8) - 45 32(32) 7
3040RD-H 40 30 36 15.875(16) 40 8 5.6(5.6) 9 14 18(20) 4
3050RD-H 50 40 42 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 5
3063RD-H 63 53 49 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 6
3080RD-H 80 70 57 25.4(27) 50 9.5(12.4) 6(7.0) 14 19 25(22) 7
3100RD-H 100 90 67 31.75(32) 50 12.7(14.4) 8(8) - 45 32(32) 8
FMRC 4050RD 50 38 42 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 4
(FMRCM) 4063RD 63 51 49 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 4
4080RD 80 68 57 25.4(27) 50 9.5(12.4) 6(7.0) 14 19 25(22) 5
4100RD 100 88 67 31.75(32) 50 12.7(14.4) 8(8) - 45 32(32) 6
4125RD 125 113 87 38.10(40) 63 15.9(16.4) 10(9) - 56 38(35) 7
Cutter body
4063RD-M 63 51 49 22.225(22) 50 8(10.4) 5(6.3) 11 16.5 20(20) 5
4080RD-M 80 68 57 25.4(27) 50 9.5(12.4) 6(7.0) 14 19 25(22) 6
4100RD-M 100 88 67 31.75(32) 50 12.7(14.4) 8(8) - 45 32(32) 7
4125RD-M 125 113 87 38.10(40) 63 15.9(16.4) 10(9) - 56 38(35) 8
: Stock Item : Under preparing for stock
Available Inserts
RDC(K)T Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
PC8520
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
RDCT 10T3M0-MA
1204M0-MA
RDKT 10T3M0-MF
10T3M0-MA
10T3M0-MM
1204M0-MF
1204M0-MA
1204M0-MM
P. 279, 280 : Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
FMRC 3000 RD T10T30-M FTGA03508(FTGA03507 for 21) TW15S
FMRC 4000 RD T1204M0-M FTKA0410 TW15S
351
Future mill
FMRC(M)5000/6000
(mm)
Designation Stock D C D2 d H a b d1 d2 E
FMRC 5050RD 50 34 42 22.225(22) 50 8.4(10.4) 5(6.3) 11 16.5 20(20) 3
MILLING
(FMRCM) 5063RD 63 47 49 22.225(22) 50 8.4(10.4) 5(6.3) 11 16.5 20(20) 4
5080RD 80 64 57 25.4(27) 50 9.75(12.4) 6(7.0) 14 19 25(22) 5
5100RD 100 84 67 31.75(32) 50 12.95(14.4) 8(8) - 45 32(32) 6
5125RD 125 109 87 38.10(40) 63 16.15(16.4) 10(9) - 56 38(35) 7
5063RD-H 63 47 49 22.225(22) 50 8.4(10.4) 5(6.3) 11 16.5 20(20) 5
5080RD-H 80 64 57 25.4(27) 50 9.75(12.4) 6(7.0) 14 19 25(22) 6
5100RD-H 100 84 67 31.75(32) 50 12.95(14.4) 8(8) - 45 32(32) 7
5125RD-H 125 109 87 38.10(40) 63 16.15(16.4) 10(9) - 56 38(35) 8
FMRC 6063RD 63 43 49 22.225(22) 50 8.4(10.4) 5(6.3) 11 16.5 20(20) 3
(FMRCM) 6080RD 80 60 57 25.4(27) 50 9.75(12.4) 6(7.0) 14 19 25(22) 4
6100RD 100 80 67 31.75(32) 50 12.95(14.4) 8(8) - 45 32(32) 5
6125RD 125 105 87 38.10(40) 63 16.15(16.4) 10(9) - 56 38(35) 6
6160RD 160 140 107 50.80(40) 63 19.25(16.4) 11(9) - 78 38(35) 7
6063RD-M 63 43 49 22.225(22) 50 8.4(10.4) 5(6.3) 11 16.5 20(20) 4
Cutter body
6080RD-M 80 60 57 25.4(27) 50 9.75(12.4) 6(7.0) 14 19 25(22) 5
6100RD-M 100 80 67 31.75(32) 50 12.95(14.4) 8(8) - 45 32(32) 6
6125RD-M 125 105 87 38.10(40) 63 16.15(16.4) 10(9) - 56 38(35) 7
6160RD-M 160 140 107 50.80(40) 63 19.25(16.4) 11(9) - 78 38(35) 8
: Stock Item : Under preparing for stock
Available Inserts
RDHW Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
RDKT
PC3535
PC3545
PC9530
PC6510
PC8520
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
RDHW 1605M0F
1605M0E
1605M0S
2006M0F
2006M0E
2006M0S
RDKT 1605M0-MM
2006M0-MM
P. 278, 280 : Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
FMRC 5000 RDHW1605M0 RDKT1605M0-MM FTGA03508(FTGA03507 for 21) TW15S
FMRC 6000 RDHW2006M0 RDKT2006M0-MM FTKA0410 TW15S
352
Future mill
FMRS1000/1500/2000/2500
(mm)
Designation Stock D D1 L d 1 2 3 h Ad Type Insert
FMRS 1008RD-M 8 5.5 80 10 30 - - - - 2.5 A 1
MILLING
1008RD-L 8 5.5 100 10 50 - - - - 2.5 A 1
1010RD-M 10 5 100 12 44 - - - - 2.5 A 2
1010RD-L 10 5 120 12 64 - - - - 2.5 A 2 RDHW0501M0
1012RD-M 12 7 100 12 44 - - - - 2.5 A 2 RDKW0501M0E
1012RD-L 12 7 160 16 80 - - - - 2.5 A 2
1015RD-M 15 10 160 16 80 - - - - 2.5 A 3
1015RD-L 15 10 200 16 100 - - - - 2.5 A 3
1510RD-M 10 6 100 12 44 - - - - 3.0 A 1
1510RD-L 10 6 120 12 64 - - - - 3.0 A 1
1512RD-M 12 6 110 12 54 - - - - 3.0 A 2
1512RD-L 12 6 160 16 80 - - - - 3.0 A 2 RDHW06T1M0
1516RD-M 16 10 130 16 60 - - - - 3.0 A 3 RDKW06T1M0E
1516RD-L 16 10 180 20 90 - - - - 3.0 A 3
1520RD-M 20 14 150 20 80 - - - - 3.0 A 3
Cutter body
1520RD-L 20 14 200 20 90 - - - - 3.0 A 3
2015RD-S 15 8 115 16 55 - 24 10 14.2 3.5 B 2
2015RD-M 15 8 150 20 80 - - - - 3.5 A 2
2015RD-L 15 8 200 20 90 - - - - 3.5 A 2 RDHW0702M0
2020RD-S 20 14 125 20 65 - 25 11 18.2 3.5 B 3 RDKW0702M0E
2020RD-M 20 14 150 20 80 - - - - 3.5 A 3
2020RD-L 20 14 200 25 90 - - - - 3.5 A 3
2516RD-S 16 8 115 16 55 - 24 10 14.2 4 B 2
2516RD-M 16 8 150 16 80 - - - - 4 A 2
2516RD-L 16 8 200 20 90 - - - - 4 A 2
2520RD-S 20 12 125 20 65 - 25 11 18.2 4 B 2 RDHW0803M0
2520RD-M 20 12 150 20 80 - - - - 4 A 2 RDKW0803M0E
2520RD-L 20 12 200 25 100 - - - - 4 A 2
2525RD-S 25 17 125 25 55 17 32 12 23 4 B 3
2525RD-M 25 17 200 25 90 - - - - 4 A 3
2525RD-L 25 17 250 32 110 - - - - 4 A 3
: Stock Item : Under preparing for stock
Available Inserts
RDHW Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
RDKT
PC3535
PC3545
PC9530
PC6510
Designation
PC8520
ST30A
CN20
CN30
CT10
ST20
G10
H01
RDHW 0501M0F
* 0501M0E
0501M0S
06T1M0F
* 06T1M0E
06T1M0S
0702M0F
* 0702M0E
0702M0S
0803M0F
* 0803M0E
0803M0S
* For RDKW Insert P. 278, 279 : Stock Item : Under preparing for stock
353
Future mill
FMRS3000/4000
(mm)
Designation Stock D D1 L d 1 2 3 h Ad Type Insert
FMRS 3021RD-M 21 11 150 20 40 - - - - 5 A 1
MILLING
3021RD-M2 21 11 150 20 40 - - - - - A 2
3021RD-L 21 11 200 20 50 - - - - 5 A 1
3021RD-L2 21 11 200 20 50 - - - - - A 2
3025RD-S 25 15 115 25 35 17 32 12 23 5 B 2
3025RD-M 25 15 200 25 70 - - - - 5 A 2
3025RD-L 25 15 250 25 100 - - - - 5 A 2 RDCT10T3M0-MA
3026RD-M 26 16 200 25 70 - - - - 5 A 2 RDKT10T3M0-
3026RD-L 26 16 250 25 100 - - - - 5 A 2
3032RD-S 32 22 125 32 40 19 36 14 30 5 B 3
3032RD-M 32 22 200 32 70 - - - - 5 A 3
3032RD-L 32 22 300 32 150 - - - - 5 A 3
3040RD-S 40 30 125 32 40 19 36 14 30 5 B 4
3040RD-M 40 30 200 32 70 - - - - 5 A 4
3040RD-L 40 30 300 32 150 - - - - 5 A 4
Cutter body
4032RD-S 32 20 125 32 40 19 36 14 30 6 B 2
4032RD-M 32 20 200 32 70 - - - - 6 A 2
4032RD-L 32 20 300 32 150 - - - - 6 A 2
4033RD-S 33 21 125 32 40 19 36 14 30 6 B 2
4033RD-M 33 21 200 32 70 - - - - 6 A 2
4033RD-L 33 21 300 32 150 - - - - 6 A 2 RDCT1204M0-MA
4040RD-S 40 28 125 32 40 19 36 14 30 6 B 3 RDKT1204M0-
4040RD-M 40 28 200 32 70 - - - - 6 A 3
4040RD-L 40 28 300 32 150 - - - - 6 A 3
4050RD-S 50 38 150 42 50 19 40 14 40 6 B 4
4050RD-M 50 38 250 42 100 - - - - 6 A 4
4050RD-L 50 38 300 42 150 - - - - 6 A 4
: Stock Item : Under preparing for stock
Available Inserts
RDC(K)T Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
PC8520
ST30A
CN20
CN30
CT10
ST20
G10
H01
RDCT 10T3M0-MA
1204M0-MA
RDKT 10T3M0-MF
10T3M0-MM
1204M0-MA
1204M0-MF
1204M0-MM
P. 279, 280 : Stock Item : Under preparing for stock
354
Future mill
FMRS5000/6000
(mm)
Designation Stock D D1 L d 1 2 3 h Ad Type Insert
FMRS 5040RD-S 40 24 125 32 40 19 36 14 30 8 B 2
MILLING
5040RD-M 40 24 200 32 70 - - - - 8 A 2
5040RD-L 40 24 300 32 150 - - - - 8 A 2
5050RD-S 50 34 150 42 50 19 40 14 40 8 B 3 RDHW1605M0
5050RD-M 50 34 250 42 100 - - - - 8 A 3 RDKT1605M0-
5050RD-L 50 34 300 42 150 - - - - 8 A 3
5063RD-S 63 47 150 42 50 19 40 14 40 8 B 4
5063RD-M 63 47 250 42 100 - - - - 8 A 4
5063RD-L 63 47 300 42 150 - - - - 8 A 4
6050RD-S 50 30 150 42 50 19 40 14 40 10 B 3
6050RD-M 50 30 250 42 100 - - - - 10 A 3
6050RD-L 50 30 300 42 150 - - - - 10 A 3 RDHW2006M0
6063RD-S 63 43 150 42 50 19 40 14 40 10 B 4 RDKT2006M0-
6063RD-M 63 43 250 42 100 - - - - 10 A 4
6063RD-L 63 43 300 42 150 - - - - 10 A 4
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
RDHW Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
RDKT
PC3535
PC3545
PC9530
PC6510
PC8520
Designation
ST30A
CN20
CN30
CT10
ST20
G10
RDHW 1605M0F H01
1605M0E
1605M0S
2006M0F
2006M0E
2006M0S
RDKT 1605M0-MM
2006M0-MM
P. 279, 280 : Stock Item : Under preparing for stock
Parts
Specs Screw Wrench
FMR1000 FTNA0203 TW06P
FMR1500 FTNA02205 TW06P
FMR2000 FTKA02555 TW07S
FMR2500 FTNA0305 TW09S
FMR3000 FTGA03508(07) TW15S
FMR4000 FTKA0410 TW15S
FMR5000 FTGA0513-P TW20S
FMR6000 FTGA0515-P TW20S
355
Future mill
FMRM1000/1500/2000/2500/3000/4000/5000
Designation Stock D D1 L d d1 M Ad Insert
FMRM 1008RD-M06 8 5.5 40 25 6.5 9.5 6 2.5 1
MILLING
1010RD-M06 10 5 40 25 6.5 9.5 6 2.5 2 RDH(K)W0501M0
1012RD-M06 12 7 40 25 6.5 11 6 2.5 2
1015RD-M08 15 10 47 30 8.5 14.5 8 2.5 3
1510RD-M06 10 7 40 25 6.5 9.5 6 3 1
1512RD-M06 12 6 40 25 6.5 11 6 3 2 RDH(K)W06T1M0
1516RD-M08 16 10 47 30 8.5 14.5 8 3 3
1520RD-M10 20 14 56 35 10.5 18 10 3 3
2015RD-M08 15 8 47 30 8.5 14.5 8 3.5 2 RDH(K)W0702M0
2020RD-M10 20 13 56 35 10.5 18 10 3.5 3
2516RD-M08 16 8 47 30 8.5 14.5 8 4 2
2520RD-M10 20 12 56 35 10.5 18 10 4 2 RDH(K)W0803M0
2525RD-M12 25 17 69 45 12.5 22.5 12 4 3
3021RD-M10 21 11 56 35 10.5 18 10 5 2
3025RD-M12 25 15 69 45 12.5 22.5 12 5 2 RDC(K)T10T3M0
Cutter body
3032RD-M16 32 22 77 50 16.5 29 16 5 3
3042RD-M16 42 32 77 50 16.5 29 16 5 4
4025RD-M12 25 13 69 45 12.5 22.5 12 6 2
4032RD-M16 32 20 77 50 16.5 29 16 6 2 RDC(K)T1204M0
4040RD-M16 40 28 77 50 16.5 29 16 6 3
4042RD-M16 42 28 77 50 16.5 29 16 6 4
5040RD-M16 40 24 77 50 16.5 29 16 8 2 RDHW1605M0-
RDKT1605M0-
: Stock Item : Under preparing for stock
Available shank
Designation : FMRM1008RD - M06 = Designation of shank : MAT-M06-020-S10S
Specification for Modular head thread part(M06) Specification for Shank thread part(M06)
Parts
Specs Screw Wrench
FTGA03508(FTGA03507 for 21) TW15S
FMRM
FTKA0410 TW15S
356
HRM tool
HRMC(M)13/15
(mm)
Bolt for
Designation Stock D D2 d H a b d1 d2 E Ad
cutter
HRMC 13050R-3 50 47 22.225(22) 50 8(10.4) 5(6.3) 11 16.4 20 2.0 3 M10
MILLING
(HRMCM) 13050R-4 50 47 22.225(22) 50 8(10.4) 5(6.3) 11 16.4 20 2.0 4 M10
13063R-4 63 60 22.225(22) 50 8(10.4) 5(6.3) 11 17 20 2.0 4 M10
13080R-5 80 76 31.75(27) 70 12.7(12.4) 8(7.0) 18(13) 26(20) 32(22) 2.0 5 M16(M12)
15063R-3 63 60 22.225(22) 50 8(10.4) 5(6.3) 11 17 20 2.5 3 M10
15080R-4 80 76 31.75(27) 70 12.7(12.4) 8(7.0) 18(13) 26(20) 32(22) 2.5 4 M16(M12)
15100R-5 100 96 31.75(32) 70 12.7(14.4) 8 18 26 32(25) 2.5 5 M16
15100R-6 100 96 31.75(32) 70 12.7(14.4) 8 18 26 32(25) 2.5 6 M16
15125R-6 125 98 38.1(40) 63 15.9(16.4) 10(9) - 56 38(35) 2.5 6 M20
15160R-7 160 100 50.8(40) 63 19(16.4) 11(9) - 72 38(35) 2.5 7 M24(M20)
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
WDKT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
WDKT 130520ZDSR-MH
150625ZDSR-MH
P. 301 : Stock Item : Under preparing for stock
Parts
Insert Screw Clamp Screw for clamp C-ring Wrench
Parts
Specs
WDKT130520ZDSR-MH FTGA0510-P CHH4.5R1 CTX04513H CR03 TW20
HRM
13 WDKT130520ZDSR-MH FTGA0512-P CHH4.5R1 CTX04513H CR03 TW20
WDKT130520ZDSR-MH FTGA0513-P CHH4.5R1 CTX04513H CR03 TW20
HRM
WDKT150625ZDSR-MH FTGA0513-P CHH5.5R1 CTX0515 CR04 TW20
15
357
HRM tool
HRMS08/10
(mm)
Designation Stock D L d Ad
HRMS 0820R-2S20 20 130 20 50 1.0 2
MILLING
0820R-2M20 20 180 20 100 1.0 2
0820R-2L20 20 250 20 130 1.0 2
0821R-2S20 21 130 20 50 1.0 2
0821R-2M20 21 180 20 50 1.0 2
0821R-2L20 21 250 20 50 1.0 2
1025R-2S25 25 140 25 60 1.5 2
1025R-2M25 25 200 25 120 1.5 2
1025R-2L25 25 300 25 180 1.5 2
1026R-2S25 26 140 25 60 1.5 2
1026R-2M25 26 200 25 60 1.5 2
1026R-2L25 26 300 25 60 1.5 2
1030R-2S32 30 150 32 70 1.5 2
1030R-2M32 30 200 32 120 1.5 2
1030R-2L32 30 300 32 180 1.5 2
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
WDKT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
WDKT 080316ZDSR-MH
10T320ZDSR-MH
P. 301 : Stock Item : Under preparing for stock
Parts
Screw for
Insert Screw Clamp C-ring Wrench
clamp
Parts
A B
Specs
HRMS08 WDKT080316ZDSR-MH FTNA0306 - - - TW09P A
HRMS10 WDKT10T320ZDSR-MH FTNA0408 CHH3.5R1 CTX03510 CR03 TW15S B
358
HRM tool
HRMS13/15
(mm)
Designation Stock D L d Ad
HRMS 1332R-2S32 32 150 32 70 2.0 2
MILLING
1332R-2M32 32 200 32 120 2.0 2
1332R-2L32 32 300 32 180 2.0 2
1333R-2S32 33 150 32 70 2.0 2
1333R-2M32 33 200 32 70 2.0 2
1333R-2L32 33 300 32 70 2.0 2
1335R-2S32 35 150 32 50 2.0 2
1335R-2M32 35 200 32 50 2.0 2
1335R-2L32 35 300 32 50 2.0 2
1340R-3S32 40 150 32 50 2.0 3
1340R-3M32 40 250 32 50 2.0 3
1340R-3L32 40 300 32 50 2.0 3
1340R-3S42 40 150 42 60 2.0 3
1340R-3M42 40 250 42 130 2.0 3
1340R-3L42 40 300 42 180 2.0 3
1550R-3S42 50 150 42 50 2.5 3
1550R-3M42 50 250 42 50 2.5 3
Cutter body
1550R-3L42 50 300 42 50 2.5 3
1563R-4S42 63 150 42 50 2.5 4
1563R-4M42 63 250 42 50 2.5 4
1563R-4L42 63 300 42 50 2.5 4
: Stock Item : Under preparing for stock
Available Inserts
WDKT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
WDKT 130520ZDSR-MH
150625ZDSR-MH
P. 301 : Stock Item : Under preparing for stock
Parts
Insert Screw Clamp Screw for clamp C-ring Wrench
Parts
Specs
WDKT130520ZDSR-MH FTGA0510-P CHH4.5R1 CTX04513H CR03 TW20
HRM
13 WDKT130520ZDSR-MH FTGA0512-P CHH4.5R1 CTX04513H CR03 TW20
WDKT130520ZDSR-MH FTGA0513-P CHH4.5R1 CTX04513H CR03 TW20
HRM WDKT150625ZDSR-MH FTGA0513-P CHH5.5R1 CTX0515 CR04 TW20
15 WDKT150625ZDSR-MH FTGA0513-P CHH5.5R1 CTX0515 CR04 TW20
359
Mach mill
BFE
Fig 1
Fig 2
(mm)
Available Parts
Designation Stock Fig D L d Insert Screw for insert Clamp Screw for clamp C-ring wrench
BFE 16-S 1 36 140 16 RC16 FTGA0513 CBH4.5R1 CTX04513 ER03 TW20
MILLING
16-M 2 16 65 170 20 RC16 FTGA0513 CBH4.5R1 CTX04513 ER03 TW20
16-L 2 65 200 25 RC16 FTGA0513 CBH4.5R1 CTX04513 ER03 TW20
20-S 1 45 160 20 RC20 FTGA0517 CBH4.5R2 CTX04513 ER03 TW20
20-M 2 20 80 200 25 RC20 FTGA0517 CBH4.5R2 CTX04513 ER03 TW20
20-L 2 80 250 25 RC20 FTGA0517 CBH4.5R2 CTX04513 ER03 TW20
25-S 1 45 160 25 RC25 FTGA0621 CBH5R1 CTX0517 ER04 TW20
25-M 2 25 90 210 32 RC25 FTGA0621 CBH5R1 CTX0517 ER04 TW20
25-L 2 90 300 32 RC25 FTGA0621 CBH5R1 CTX0517 ER04 TW20
30-S 2 65 175 32 RC30 FTGA0826 CBH6R1 CTX0621 ER05 TW25
30-M 2 30 100 250 32 RC30 FTGA0826 CBH6R1 CTX0621 ER05 TW25
30-L 2 100 350 32 RC30 FTGA0826 CBH6R1 CTX0621 ER05 TW25
32-S 1 56 175 32 RC32 FTGA0826 CBH6R1 CTX0621 ER05 TW25
32-M 1 32 100 250 32 RC32 FTGA0826 CBH6R1 CTX0621 ER05 TW25
32-L 1 100 350 32 RC32 FTGA0826 CBH6R1 CTX0621 ER05 TW25
BFEA 100-S 1 45 160 25.4 RC25.4 FTGA0621 CBH5R1 CTX0517 ER04 TW20
Cutter body
100-M 2 25.4 90 210 31.75 RC25.4 FTGA0621 CBH5R1 CTX0517 ER04 TW20
100-L 2 90 300 31.75 RC25.4 FTGA0621 CBH5R1 CTX0517 ER04 TW20
: Stock Item : Under preparing for stock
Available Inserts
RC Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC210F
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
RC 16 H01
20
25
30
32
P. 278 : Stock Item : Under preparing for stock
Parts
Screw for insert Clamp Screw for clamp E-ring Wrench
FTGA0513 FTGA0621 CBH4.5R1 CBH5R1 CTX04513 CTX0517 ER03 ER04
TW20 TW25
FTGA0517 FTGA0826 CBH4.5R2 CBH6R1 CTX04513 CTX0621 ER03 ER05
Recommended Cutting Condition
Work piece V(m/min) f(mm/tooth)
Carbon steel(over HB 180)
(SS41, SM25C) 150 ~ 250 0.1 ~ 0.3
Alloy steel(under HB 300)
(SM55C, SCM) 100 ~ 200 0.1 ~ 0.2
Hardness underHB 300
Cast iron 100 ~ 200 0.1 ~ 0.3
360
Mach mill
BRE
Fig 1
Fig 3
Fig 2
(mm)
Designation Stock Fig D 1 L d Available insert
BRE 20-S 1 20 20 75 125 20 ZDMT08T2-R10 SPMT060304
MILLING
20-M 1 20 20 75 150 20 ZDMT08T2-R10 SPMT060304
20-L 2 20 20 100 200 25 ZDMT08T2-R10 SPMT060304
20-SL 3 20 20 60 125 25 ZDMT08T2-R10 SPMT060304
25-S 1 25 23 80 150 25 ZDMT1103-R12.5 SPMT060304
25-M 1 25 23 80 175 25 ZDMT1103-R12.5 SPMT060304
25-L 2 25 23 100 200 32 ZDMT1103-R12.5 SPMT060304
25-SL 3 25 23 60 135 25 ZDMT1103-R12.5 SPMT060304
32-S 1 32 31 90 175 32 ZDMT13T3-R16 SDMT090308
32-M 1 32 31 100 200 32 ZDMT13T3-R16 SDMT090308
32-L 1 32 31 100 250 32 ZDMT13T3-R16 SDMT090308
32-SL 3 32 31 75 150 32 ZDMT13T3-R16 SDMT090308
40-S 1 40 41 90 175 42 ZPMT1604-R20 SPMT120408
40-M 1 40 41 100 200 42 ZPMT1604-R20 SPMT120408
40-L 1 40 41 100 250 42 ZPMT1604-R20 SPMT120408
Cutter body
40-SL 3 40 41 80 160 42 ZPMT1604-R20 SPMT120408
50-S 1 50 45 100 200 42 ZPMT1604-R25 SPMT120408
50-L 1 50 45 200 300 42 ZPMT1604-R25 SPMT120408
50-SL 3 50 45 150 250 42 ZPMT1604-R25 SPMT120408
63-S 1 63 52 100 200 42 ZPMT1604-R31.5 SPMT120408
63-L 1 63 52 200 300 42 ZPMT1604-R31.5 SPMT120408
63-SL 3 63 52 150 250 42 ZPMT1604-R31.5 SPMT120408
: Stock Item : Under preparing for stock
Available Inserts
SDMT Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDMT 090308
SPMT SPMT 060304
120408
ZDMT 08T2-R10
1103-R12.5
13T3-R16
ZDMT ZPMT 1604-R20
ZPMT 1604-R25
1604-R31.5
P. 283, 295, 302, 303 : Stock Item : Under preparing for stock
Parts
Screw Wrench Wrench
ETNA02506*, ETNA0408**, ETNA0511 TW15S**, TW20S TW07P*
for BRE20, BRE25 for BRE32
361
Laser Mill
LBE(Steel Shank) T stand for Taper type, S stand for Straight type
FIG. 1
FIG. 2
(mm)
Designation Stock Fig D L d1 d
LBE 080035T-S12 1 8 35 91 7.2 12
MILLING
080055T-S12 1 8 55 111 7.2 12
080075T-S12 1 8 75 131 7.2 12
100035T-S12 1 10 35 91 9 12
100055T-S12 1 10 55 111 9 12
100075T-S12 1 10 75 131 9 12
120035S-S12 2 12 35 91 10.4 12
120055T-S12 1 12 55 111 10.4 12
120085T-S16 1 12 85 145 10.4 16
160035S-S16 2 16 35 95 14 16
160065T-S16 1 16 65 125 14 16
160100T-S20 1 16 100 170 14 20
200040S-S20 2 20 40 110 17.5 20
200075T-S20 1 20 75 145 17.5 20
200115T-S25 1 20 115 195 17.5 25
Cutter body
250045S-S25 2 25 45 125 22 25
250090T-S25 1 25 90 170 22 25
250135T-S32 1 25 135 225 22 32
300055S-S32 2 30 55 145 27 32
300105T-S32 1 30 105 195 27 32
300160T-S32 1 30 160 250 27 32
320055S-S32 2 32 55 145 29 32
320105T-S32 1 32 105 195 29 32
320160T-S32 1 32 160 250 29 32
: Stock Item : Under preparing for stock
Available Inserts
Holder Insert Part
LBE LBS LBH LR Screw Wrench
LBE 080 LBS080 LBH080 - ETND02506F TWP07S
100 LBS100 LBH100 LR100 ETND0307F TWP08S
120 LBS120 LBH120 LR120 ETND03509 TWP10S
160 LBS160 LBH160 LR160 ETND0413 TWP15S
200 LBS200 LBH200 LR200 ETKD0516 TWP20
250 LBS250 LBH250 LR250 ETKD0620 TWP25
300 LBS300 LBH300 LR300 ETGD0825 TWP40
320 LBS320 LBH320 LR320 ETGD0825 TWP40
P. 273, 274
362
Laser Mill
LBE(Carbide Shank)
(mm)
Designation Stock D L d1 d Insert Screw
LBE 080080S-S08C 08 80 136 7.2 08 LBS080, LBH080 ETND02506F
MILLING
080100S-S08C 08 100 156 7.2 08 LBS080, LBH080 ETND02506F
100080S-S10C 10 80 136 9 10 LBS100, LBH100, LR100-R ETND0307F
100120S-S10C 10 120 176 9 10 LBS100, LBH100, LR100-R ETND0307F
120100S-S12C 12 100 156 10.4 12 LBS120, LBH120, LR120-R ETND03509
120150S-S12C 12 150 206 10.4 12 LBS120, LBH120, LR120-R ETND03509
160100S-S16C 16 100 160 14 16 LBS160, LBH160, LR160-R ETND0413
160150S-S16C 16 150 210 14 16 LBS160, LBH160, LR160-R ETND0413
200120S-S20C 20 120 190 17.5 20 LBS200, LBH200, LR200-R ETKD0516
200170S-S20C 20 170 240 17.5 20 LBS200, LBH200, LR200-R ETKD0516
250140S-S25C 25 140 220 22 25 LBS250, LBH250, LR250-R ETKD0620
250170S-S25C 25 170 250 22 25 LBS250, LBH250, LR250-R ETKD0620
300140S-S32C 30 140 230 27 32 LBS300, LBH300, LR300-R ETGD0825
300170S-S32C 30 170 260 27 32 LBS300, LBH300, LR300-R ETGD0825
320140S-S32C 32 140 230 29 32 LBS320, LBH320, LR320-R ETGD0825
Cutter body
320170S-S32C 32 170 260 29 32 LBS320, LBH320, LR320-R ETGD0825
: Stock Item : Under preparing for stock
LBE(Modular Head)
(mm)
Designation Stock D R L d d1 M Insert Screw
LBEM 100-MHD-06 10 5 40 25 6.5 9.5 M06 LBS100, LBH100, LR100-R ETND0307F
120-MHD-06 12 6 40 25 6.5 11 M06 LBS120, LBH120, LR120-R ETND03509
160-MHD-08 16 8 47 30 8.5 14.5 M08 LBS160, LBH160, LR160-R ETND0413
200-MHD-10 20 10 56 35 10.5 18 M10 LBS200, LBH200, LR200-R ETKD0516
250-MHD-12 25 12.5 69 45 12.5 22.5 M12 LBS250, LBH250, LR250-R ETKD0620
300-MHD-16 30 15 77 50 17 28 M16 LBS300, LBH300, LR300-R ETGD0825
320-MHD-16 32 16 77 50 17 29 M16 LBS320, LBH320, LR320-R ETGD0825
: Stock Item : Under preparing for stock
363
Cen-Mill
CE
(mm)
Stock Maximum Approach Axial Rake Radial Available
Designation D D1 d L 1
depth of cut Angle Angle Rake Angle chamfering range
CE 407R 7 23.3 32 120 40 1 8 45 0 -12 8~ 22
MILLING
420R 20 37.3 32 120 40 2 8 45 0 0 22~ 37
425R 25 42.3 32 120 40 2 8 45 0 0 27~ 42
435R 35 52.3 32 120 40 2 8 45 0 0 36~ 51
: Stock Item : Under preparing for stock
Available Inserts
SP N Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
CN20
CN30
CT10
ST20
G10
H01
SPGN 120308
SPMN 120308
120312
P. 295
Parts
Clamp Screw C-ring Wrench
CH6R2 CHX0617L CR05 HW30L
Recommended Cutting Condition
Chamfering Grooving
Work piece Grade Work piece Grade
V(m/min) f(mm/tooth) V(m/min) f(mm/tooth)
150 ~ 250 0.20 ~ 0.40 NCM325 150 ~ 250 0.05 ~ 0.20 NCM325
P 120 ~ 200 0.20 ~ 0.50 PC3535 P 120 ~ 200 0.05 ~ 0.25 PC3535
100 ~ 150 0.20 ~ 0.50 ST30A 100 ~ 150 0.05 ~ 0.25 ST30A
M 50 ~ 70 0.10 ~ 0.30 ST30A M 50 ~ 70 0.05 ~ 0.15 ST30A
K 90 ~ 110 0.20 ~ 0.60 G10 K 90 ~ 110 0.05 ~ 0.25 G10
364
Cen-Mill
PM
(mm)
Stock Approach Axial Rake Radial Rake Maximum Maximum
Designation D 1 L d machining
Angle Angle Angle diameter depth of cut
PM 540R 40 90 190 42 2 - 5 -3 80 70
MILLING
540RZ 40 140 240 42 2 - 5 -3 80 70
550R 50 90 190 42 2 - 5 -3 100 70
550RZ 50 140 240 42 2 - 5 -3 100 70
: Stock Item : Under preparing for stock
Available Inserts
EDCW Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
EDCW 1604ZDF/TR
P. 272
Parts
Screw Wrench
FTNA0513 TW20L
Recommended Cutting Condition
Endmilling
Work piece
V(m/min) f(mm/tooth) Grade
120 ~ 200 0.10 ~ 0.30 PC3535
P
80 ~ 150 0.10 ~ 0.30 ST30A
50 ~ 150 0.05 ~ 0.20 PC9530
M
50 ~ 100 0.05 ~ 0.20 ST30A
150 ~ 250 0.10 ~ 0.40 PC6510
K
100 ~ 200 0.10 ~ 0.40 G10
365
Cen-Mill
SE
(mm)
Stock Approach Axial Rake Radial
Designation D L d 1
Angle Angle Rake Angle
SE 325R 25 115 25 8 35 2 - 5 0
MILLING
432R 32 125 32 11 45 2 - 5 0
440R 40 150 42 11 50 2 - 5 -5
: Stock Item : Under preparing for stock
Available Inserts
MPMT Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NC500H
Cutter body
PC3535
PC3545
PC9530
PC6510
Designation
ST30A
NC40
CN20
CN30
CT10
ST20
G10
H01
MPMT 090308*
120408
P. 275 For SE325R
Parts
Insert Screw Wrench
*MPMT090308 / MPMT120408 *FTNA0408 / FTNA0513 *TW15L / TW20L
For SE325R
Recommended Cutting Condition
Depth of cut Feed f(mm/tooth)
V(m/min) Grade
(mm) Soft steel Hard steel Cast iron
2 0.1 ~ 0.25 0.1 ~ 0.2 0.1 ~ 0.3 ST30A
80 4 0.1 ~ 0.2 0.1 ~ 0.15 0.1 ~ 0.3 NC40
~
120 6 0.1 ~ 0.15 0.05 ~ 0.1 0.1 ~ 0.2 G10
8 0.1 ~ 0.15 0.05 ~ 0.1 0.1 ~ 0.15 -
366
Cen-Mill
TM
(mm)
Stock Approach Axial Rake Radial Rake
Designation D d 1 L
Angle Angle Angle
TM 632R 32 32 50 125 1 - - -15
MILLING
740R 40 32 55 130 1 - - -15
950R 50 42 65 145 1 - - -15
: Stock Item : Under preparing for stock
Available Inserts
MET/MIT Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
PC130
ST30A
CN20
CN30
CT10
ST20
G10
H01
MIT 100
MET 150
200
300
400
P. 368 : Stock Item : Under preparing for stock
Parts
Screw Wrench
*FTNB0411 / FTNA0513 *TW15L / TW20L
For TM632R
Recommended Cutting Condition
Work piece V(m/min) f(mm/tooth)
Carbon steel (under HB 180) 150 ~ 250 0.05 ~ 0.12
Alloy steel (under HB 300) 80 ~ 180 0.03 ~ 0.1
Cast iron (under HB 300) 80 ~ 180 0.05 ~ 0.1
Aluminum alloy 150 ~ 400 0.05 ~ 0.15
367
Cen-Mill
MET / MIT
(mm)
Coated Carbide Cermet Un-coated Carbide
Available
NCM310K
NCM320K
No.
NCM325
NCM335
Designation P A B G a t
PC3535
PC3545
PC9530
PC6510
holder
ST30A
PC130
pitch
CN20
CN30
CT10
ST20
G10
H01
MILLING
TM 632R MIT 100 1.0 19 12 1.0 4.5 4.8 18
For internal 150 1.5 19 12 1.25 4.5 4.8 12
200 2.0 19 12 1.5 4.5 4.8 9
TM 740R 300 3.0 22 15 2.0 6.0 4.8 7
TM 950R 400 4.0 29 18 2.5 7.0 6.39 7
TM 632R MET 100 1.0 19 12 1.0 4.5 4.8 18
For external 150 1.5 19 12 1.25 4.5 4.8 12
200 2.0 19 12 1.5 4.5 4.8 9
TM 740R 300 3.0 22 15 2.0 6.0 4.8 7
TM 950R 400 4.0 29 18 2.5 7.0 6.39 7
P. 367 : Stock Item : Under preparing for stock
Cutter body
Machining example of TM
Tool path for external thread machining Tool path for internal thread machining
Left hand thread
Right hand thread
Left hand thread Right hand thread
Right hand thread Left hand thread
Right hand thread Left hand thread
368
Pro-A mill
PAC(M)4000
(mm)
Stock
Designation D D2 d F a b E Ad Insert Screw Wrench
PAC 4040R 40 32 15.875(16) 55 8.0(8.4) 5(5.6) 20(20.0) 3 15 VCKT220530N-MA FTNC04509 TW20S
MILLING
(PACM) 4050R 50 40 22.225(22) 55 8.0(10.4) 5(6.3) 20(22.0) 3 15 VCKT220530N-MA FTNC04511 TW20S
4063R 63 50 22.225(22) 60 8.0(10.4) 5(6.3) 20(22.0) 4 15 VCKT220530N-MA FTNC04511 TW20S
4080R 80 60 25.40(27) 60 9.5(12.4) 6(7.0) 25(22.0) 4 15 VCKT220530N-MA FTNC04511 TW20S
4100R 100 80 31.75(32) 60 12.7(14.4) 8(8.0) 32(32.0) 5 15 VCKT220530N-MA FTNC04511 TW20S
P. 300 : Stock Item : Under preparing for stock
Cutter body
PAS2000/4000
(mm)
Stock
Designation D d L I Ad Insert Screw Wrench
PAS 2012R 12 16 85 25 1 8 VDKT11T210N-MA ETNA02505 TW07S
2016R 16 16 90 25 2 8 VDKT11T210N-MA ETNA02505 TW07S
2020R 20 20 100 30 2 8 VDKT11T210N-MA ETNA02506 TW07S
2025R 25 25 115 35 3 8 VDKT11T210N-MA ETNA02506 TW07S
2032R 32 32 125 40 4 8 VDKT11T210N-MA ETNA02506 TW07S
2042R 42 32 130 42 5 8 VDKT11T210N-MA ETNA02506 TW07S
4032R 32 32 125 50 2 15 VCKT220530N-MA FTNC04509 TW20S
4040R 40 32 140 50 3 15 VCKT220530N-MA FTNC04509 TW20S
P. 300, 301 : Stock Item : Under preparing for stock
369
Pro-A mill
PAM2000
(mm)
Designation Stock D L d d1 M Ad
PAM 2012R-M06 12 47.5 33 6.5 11 M06 8 1
MILLING
2016R-M08 16 53.5 36 8.5 14.5 M08 8 2
2020R-M10 20 56 36 10.5 18 M10 8 2
2025R-M12 25 63 41 12.5 22.5 M12 8 3
2032R-M16 32 69 45 17 28.5 M16 8 4
2042R-M16 42 69 45 17 28.5 M16 8 5
Cutter body
P. 301 : Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
PAM2000 VDKT11T210N-MA ETNA20506 TW07S
370
Pro-X mill
PAXC(M)
(mm)
Coolant
D D2 d d2 a F Ad max
hole
PAXC(M) 5040NR-A, B 40 34 15.875(16) 14 8.0(8.4) 40 17 3 11.31 -
MILLING
5050NR-A, B 50 42 22.225(22) 16.5 8.0(10.4) 50 17 4 7.24 -
5063NR-A, B 63 49 22.225(22) 16.5 8.0(10.4) 50 17 5(4) 5.10 -
5080NR-A, B 80 57 25.4(27) 19 9.5(12.4) 50 17 5 3.86 -
5100NR-A, B 100 67 31.75(32) 45 12.7(14.4) 50 17 6 3.94 -
5125NR-A, B 125 87 38.1(40) 56 15.9(16.4) 63 17 7 2.14 -
5040AR-A, B 40 34 15.875(16) 14 8.0(8.4) 40 17 3 11.31
5050AR-A, B 50 42 22.225(22) 16.5 8.0(10.4) 50 17 4 7.24
5063AR-A, B 63 49 22.225(22) 16.5 8.0(10.4) 50 17 5(4) 5.10
5080AR-A, B 80 57 25.4(27) 19 9.5(12.4) 50 17 5 3.86
5100AR-A, B 100 67 31.75(32) 45 12.7(14.4) 50 17 6 3.94
5125AR-A, B 125 87 38.1(40) 56 15.9(16.4) 63 17 7 2.14
Cutter body
: Stock Item : Under preparing for stock
Available Inserts
Coated Carbide Cermet Un-coated Carbide
XEKT
NCM310K
NCM320K
NCM325
NCM335
PC3535
PC3545
PC9530
PC6510
Designation
PC130
ST30A
CN20
CN30
CT10
ST20
G10
H01
XEKT 19M504FR-MA
19M508FR-MA
19M512FR-MA
19M516FR-MA
19M518FR-MA
19M520FR-MA
19M530FR-MA
19M532FR-MA
19M540FR-MA
19M550FR-MA
P. 301 : Stock Item : Under preparing for stock
371
Pro-X mill
PAXS
(mm)
Stock Coolant
Designation D d L Ad max
hole
PAXS 5020NR-A, B 20 20 60 130 17 1 8.30 -
MILLING
5025NR-A, B 25 25 60 140 17 2 17.95 -
5032NR-A, B 32 32 70 150 17 2 12.6 -
5040NR-A, B 40 40 70 160 17 3 9.91 -
5020AR-A, B 20 20 60 130 17 1 8.30
5025AR-A, B 25 25 60 140 17 2 17.95
5032AR-A, B 32 32 70 150 17 2 12.6
5040AR-A, B 40 40 70 160 17 3 9.91
Cutter body
P. 301 : Stock Item : Under preparing for stock
Parts
Specs Insert Screw Wrench
PAXS, PAXC XEKT-MA PTKA0408 TW15S
372
Turbo mill
ADS4000
(mm)
Stock Maximum Approach Axial Rake Radial Rake
Designation D D1 d 1 L depth of cut Angle Angle Angle
ADS 4050R 50 75 32 40 120 3 6.5 45 +15 -3
MILLING
4050R-S42 50 75 42 40 120 3 6.5 45 +15 -3
4063R 63 87 32 40 120 4 6.5 45 +15 -3
4063R-S42 63 87 42 40 120 4 6.5 45 +15 -3
: Stock Item : Under preparing for stock
Available Inserts
SDCN Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDCN 1203AEFN
1203AETN
1203AETN-RH
SDKR 1203AETN-S20
SDKR 1203AESN-MX
1203AETN-MX
P. 281~284 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LAS4R/L WASR/L WTX0817 LTX0512 TW25
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
50 ~ 150 0.10 ~ 0.25 PC9530
M
50 ~ 120 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.30 PC6510
100 ~ 150 0.10 ~ 0.30 G10
373
Turbo mill
ADS5000
(mm)
Stock Maximum Approach Axial Rake Radial
Designation D D1 d 1 L depth of cut Angle Angle Rake Angle
ADS 5050R 50 75 32 40 120 3 8.5 45 +15 -3
MILLING
5050R-S42 50 75 42 40 120 3 8.5 45 +15 -3
5063R 63 87 32 40 120 4 8.5 45 +15 -3
5063R-S42 63 87 42 40 120 4 8.5 45 +15 -3
: Stock Item : Under preparing for stock
Available Inserts
SDCN Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SDCN 1504AEFN
1504AETN
1504AETN-RH
SDKR 1504AETN-S20
SDKR 1504AESN-MX
1504AETN-MX
P. 281~284 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LASS5R/L WASR/L WTX0817 LTX0512 TW25
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
50 ~ 150 0.10 ~ 0.25 PC9530
M
50 ~ 120 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.30 PC6510
100 ~ 150 0.10 ~ 0.30 G10
374
Turbo mill
PES2000
(mm)
Stock Approach Axial Rake Radial Rake
Designation D d 1 L Ad
Angle Angle Angle
PES 2020R 20 20 80 110 8 2 0 10 -2
MILLING
2025R 25 25 85 120 8 2 0 15 -1
: Stock Item : Under preparing for stock
Available Inserts
TECN Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TECN 22R
22TR
P. 297 : Stock Item : Under preparing for stock
Parts Assembling
Clamp Locater Screw Ring Wrench
CH4R1 CHX0407 ER03 HW25L
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
50 ~ 150 0.10 ~ 0.25 PC9530
M
50 ~ 120 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.30 PC6510
100 ~ 150 0.10 ~ 0.30 G10
375
Turbo mill
PES3000
(mm)
Stock Approach Axial Rake Radial Rake
Designation D d 1 L Ad Angle Angle Angle
PES 3030R 30 32 115 160 13 2 0 +15 -3
MILLING
3032R 32 32 115 160 13 2 0 +15 -2
3033R 33 32 115 160 13 2 0 +15 -2
3035R 35 32 115 160 13 2 0 +15 -2
3036R 36 32 115 160 13 2 0 +15 -1
3040R 40 32 115 160 13 2 0 +15 0
: Stock Item : Under preparing for stock
Available Inserts
TECN Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
Cutter body
NCM325
NCM335
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TECN 32R
32TR
P. 297 : Stock Item : Under preparing for stock
Parts Assembling
Clamp Screw for Locater Ring Wrench
CH5R1 CHX0510 ER04 HW30L
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
50 ~ 150 0.10 ~ 0.25 PC9530
M
50 ~ 120 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.30 PC6510
100 ~ 150 0.10 ~ 0.30 G10
376
Turbo mill
PES4000
(mm)
Stock Approach Axial Rake Radial Rake
Designation D d 1 L Ad Angle Angle Angle
PES 4050R 50 32 40 120 16.5 3 0 +15 +2
MILLING
4063R 63 32 40 120 16.5 4 0 +15 +3
4050R-S42 50 42 40 120 16.5 3 0 +15 +2
4063R-S42 63 42 40 120 16.5 4 0 +15 +3
: Stock Item : Under preparing for stock
Available Inserts
TEEN / TEKN Coated Carbide Cermet Un-coated Carbide
NCM310K
NCM320K
NCM325
NCM335
Cutter body
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TEEN 43R
43TR
43TR-S20
TEKN 43R
(TECN) 43R
P. 296, 297 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Screw for Locater Wrench
LPTS4R WPTSR DHA0815 LTX0512 HW40
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
50 ~ 150 0.10 ~ 0.25 PC9530
M
50 ~ 120 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.30 PC6510
100 ~ 150 0.10 ~ 0.30 G10
377
Modular adapter
MODULAR ADAPTER
Fig.1 Straight neck adapter
Fig.2 Taper neck adapter
(mm)
Designation Stock Fig M D d d1 L
MAT M06-020-S10S 1 M06 9.5 6.5 10 18 70
MILLING
M06-040-S12T 2 M06 9.5 6.5 12 40 96
M06-065-S16T 2 M06 11 6.5 16 65 125
M6B-020-S12S 1 M06 11 6.5 12 18 76
M6B-040-S12S 1 M06 11 6.5 12 18 96
M6B-065-S16T 2 M06 11 6.5 16 65 125
M6B-080-S16T 2 M06 11 6.5 16 80 160
M08-020-S16S 1 M08 14.5 8.5 16 20 80
M08-040-S16T 2 M08 14.5 8.5 16 40 100
M08-065-S16T 2 M08 14.5 8.5 16 65 125
M08-080-S20T 2 M08 14.5 8.5 16 80 150
M08-110-S25T 2 M08 14.5 8.5 20 110 190
M10-030-S20S 1 M10 18 10.5 20 25 100
M10-050-S20T 2 M10 18 10.5 20 50 120
M10-070-S20T 2 M10 18 10.5 20 70 140
Cutter body
M10-090-S25T 2 M10 18 10.5 25 90 170
M10-110-S25T 2 M10 18 10.5 25 110 190
M10-130-S32T 2 M10 18 10.5 32 130 220
M12-030-S25S 1 M12 22.5 12.5 25 29 110
M12-050-S25T 2 M12 22.5 12.5 25 50 130
M12-070-S25T 2 M12 22.5 12.5 25 70 150
M12-090-S25T 2 M12 22.5 12.5 25 90 170
M12-110-S32T 2 M12 22.5 12.5 32 110 200
M12-175-S40T 2 M12 22.5 12.5 40 175 300
M16-035-S32S 1 M16 28.5 16.5 32 32 125
M16-055-S32T 2 M16 28.5 16.5 32 55 145
M16-080-S32T 2 M16 28.5 16.5 32 80 170
M16-120-S32T 2 M16 28.5 16.5 32 120 210
M16-175-S40T 2 M16 28.5 16.5 40 175 300
: Stock Item : Under preparing for stock
378
379
KORLOY High-feed / Side / Block cutter series
Shape Cutter diameter Approach angle Available insert Special feature
High feed cutter SN N 12, 1504ENN
SNEF
ANH4000, 5000
Excellent cutting strength
Ø100~Ø450 45° Good chip flow
P. 384 P. 291
CDH4000, 5000 SDCN 42, 53R/L
Double positive rake angle
Ø100~Ø450 65° Minimized cutting load
P. 385 P. 281
DEH5000 HECN 090408
For aluminum & aluminum alloy
Ø100~Ø450 60° Hexagonal insert
P. 386 P. 272
DPH5000 HPHN 090408
HPEN 090408
Hexagonal insert
Ø100~Ø450 60° Economical cutter
High-feed & Side & Block cutter
P. 387 P. 272, 273
PNH4000, 5000 SNEF 435
SNEF 535
Wiper insert available
Double negative rake angle,
Ø125~Ø450 90°
Excellent toughness
P. 388 P. 291
PPH4000 SPEN 120416WC
Using square insert, Wifer insert
available
Ø125~Ø450 90°
Good surface finish
P. 389 P. 294
Side cutter TPCN 1103PPN
TPCN 1603PPN
FC TPKN 1603PPN Good chip evacuation with low
cutting load
Ø80~Ø315 0°
Effective cutting
P. 390 P. 298
HC TPCN 1103PPN
TPCN 1603PPN
TPKN 1603PPN Good chip evacuation with low
cutting load
Ø80~Ø315 0°
Effective cutting
P. 391 P. 298
380
Shape Cutter diameter Approach angle Available insert Special feature
Side cutter PNEJ1223N ~1275N
SPP
Economical by using pentagonal
SPPM
0° insert
Ø80~Ø200
Suitable for narrow & deep grooving
P. 392 P. 277
SPB PNEJ1223N ~1275N
Economical by using pentagonal
insert
Ø80~Ø200 0°
Suitable for narrow & deep grooving
P. 393 P. 277
Block cutter / Cube mill 2° SNEX 1010ZNN-CU1 (3000 series) Smooth cutting by 3 dimensional
5° SNEX 1010ZNN (3000 series) chip breaker insert
CBMQ(M) 3000/4000 Normal type
15° SNEX 101010-CU1 (3000 series) Using 8 corners
CBMF(M) 3000/4000 (Ø80~Ø315)
CBME(M) 3000/4000 25° SNEX 101010 (3000 series) Max depth of cut for 3000 series :
CBMC(M) 3000/4000 45° SNEX 1212ZNN-CU1 (4000 series) 7mm
Quick change type
CBMA(M) 3000/4000 (Ø200~Ø450) SNEX 121212-CU1 (4000 series) Max depth of cut for 4000 series :
10mm
P. 398~407 P. 292
Block cutter / Dura mill SNCQ 1205ZNR
SNCQ 1205ZNL
DRMQ 3000 Normal type Heavy cutting is possible due to the
DRMQM 3000 (Ø80~Ø315) strong cutting edge with 3 step
2° design.
High-feed & Side & Block cutter
Quick change type Using 8 corners
(Ø200~Ø450)
P. 410 P. 291
Block cutter / Storm mill 2° LNE 324-C1.0
5° LNE 324-R0.8
SQN(M) 3000 Normal type Conventional cutter
15°
SFN(M) 3000 (Ø80~Ø315) Using 4 corners
SEN(M) 3000 45°
Max depth of cut for 3000 series :
SAN(M) 3000 Quick change type 13mm
(Ø200~Ø450)
P. 413~416 P. 274
Block cutter / Couple mill SNEX 1010ZNN (3000 series)
Since a part of cutter body has been
SNEX 101010-CU1 (3000 series)
Cube couple mill made of aluminum, weight of cutter
SNEX 101010 (3000 series)
3000/4000 body has been reduced down to
SNEX 1212ZNN-CU1(4000 series)
Ø355~Ø450 2°~45° 50%.
SNEX 121212-CU1 (4000 series)
Due to the light weight, it s easy to
handle.
P. 419, 420 P. 292
Storm couple mill LNE 324-C1.0
Since a part of cutter body has been
3000 LNE 324-R0.8
made of aluminum, weight of cutter
body has been reduced down to
Ø355~Ø450 2°~45° 50%.
Due to the light weight, it s easy to
handle.
P. 421 P. 274
Dura couple mill SNCQ 1205ZNR
Since a part of cutter body has been
SNCQ 1205ZNL
4000 made of aluminum, weight of cutter
body has been reduced down to
Ø355~Ø450 2° 50%.
Due to the light weight, it s easy to
handle.
P. 422 P. 291
381
Special features of high feed cutter
Special features
High feed cutter for cast iron machining
Sicne the clamping & checking has been done by cutting edge height, good run out can be acquired.
Quick change type for cutter size under 160, 2 piece type for cutter size over 200.
Assembling of insert
Sepcial equipment has to be used to get precise run out with high feed cutter.
High-feed & Side & Block cutter
Roller type Since it has 3 adjustable guide roller, variety
size of cutter could be assembled.
Available for fixed size of cutter
Adapter type Assembling & checking can be done at the
same time
Suitalbe for small size cutter due to the simple
structure
It s not necessary to un-clamp the cutter from
Plate type the machine, it s possible to re-assemble the
cutter as it mounted on the machine.
Easy to handle
382
How to assemble the high feed cutter
Adapter ( 100 - 160)
Arbor Center screw
(mm)
Stock Cutter
Designation Taper d D L M1 M
diameter
KAFA 40-31.75Q NT 40 100(4 ) 31.75 80 148 20 M16 5/8-11UNC 1.4
MILLING
50-31.75Q NT 50 100(4 ) 31.75 100 183 20 M16 1-8 UNC 4.0
40-38.1Q NT 40 125(5 ) 38.10 85 151 25 M20 5/8-11UNC 2.0
50-38.1Q NT 50 125(5 ) 38.10 100 186 25 M20 1-8 UNC 4.2
40-50.8Q NT 40 160(6 ) 50.80 100 155 25 M24 5/8-11UNC 2.9
50-50.8Q NT 50 160(6 ) 50.80 100 190 25 M24 1-8 UNC 4.6
: Stock Item : Under preparing for stock
Center screw
Specification
Designation
M1 d1 L T B
QB 12 M 12 24.5 46 18 11.4
High-feed & Side & Block cutter
14 M 14 31 42 16 16
16 M 16 31 52 16 16
20 M 20 37 57 21 20.5
24 M 24 49.5 67 22 26
Arbor ( 200 - 450)
(mm)
Stock Available
Designation D d d1 d2 d3 d4 d5 C C1 C2 N
cutter
APR 200 180 47.625 26 18 - - 80 120 101.6 - 4 200
250 230 47.625 26 18 - - 120 170 101.6 - 4 250
315 295 47.625 26 18 32 22 180 230 101.6 177.8 6 315
355 335 63.50 26 18 32 22 220 270 101.6 177.8 6 355
400 370 63.50 26 18 32 22 250 300 101.6 177.8 8 400
450 420 63.50 26 18 32 22 300 350 101.6 177.8 8 450
383
High-Feed Cutter
ANH4000/5000
(mm)
Stock
Designation D a b E F d d1 d2 C
ANH 100R/L 100 12.7 8 22 50 31.75 - - - 8
MILLING
125R/L 125 15.9 10 27 63 38.1 - - - 10
160R/L 160 19.0 11 27 63 50.8 - - - 14
200R/L 200 - - - 80 24 14 120 18
40
250R/L 250 - - - 120 30 18 170 24
315R/L 315 - - - 180 230 30
40 30 18
355R/L 355 - - - 220 270 34
400R/L 400 - - - 250 300 38
40 30 18
450R/L 450 - - - 300 350 44
Available Inserts
SN N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
SNEF Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SNCN 1204 ENN
SNKN 1504 ENN
Designation I t a Cutter
SNCN 1204 ENN 12.7 4.76 1.4 ANH4000
1504 ENN 15.875 4.76 1.4 ANH5000
P. 291 : Stock Item : Under preparing for stock
Parts Assembling
Specs Wedge Wedge Screw Wrench
ANH4000 WANH4N
DHA0821F HW40
ANH5000 WANH5N
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Adapter
Work piece Grade
V(m/min) f(mm/tooth) ANH 100R/L KAFA -
125R/L KAFA -
130 ~ 230 0.05 ~ 0.20 NCM320K 160R/L KAFA -
200R/L - APR200
250R/L - APR250
K 100 ~ 200 0.05 ~ 0.30 PC6510
315R/L - APR315
355R/L - APR355
80 ~ 150 0.10 ~ 0.30 H01,G10 400R/L - APR400
450R/L - APR450
384
High-Feed Cutter
CDH4000/5000
(mm)
Stock
Designation D a b E F d d1 d2 C
CDH 100R/L 100 12.7 8 22 50 31.75 - - - 8
MILLING
125R/L 125 15.9 10 27 63 38.1 - - - 10
160R/L 160 19.0 11 63 50.8 - - - 14
200R/L 200 - - - 40 80 24 14 120 18
250R/L 250 - - - 40 120 30 18 170 24
315R/L 315 - - - 40 180 30 18 230 30
355R/L 355 - - - 40 220 30 18 270 34
400R/L 400 - - - 40 250 30 18 300 38
450R/L 450 - - - 40 300 30 18 350 44
Available Inserts
SDCN Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H10
SDCN 42R
42L
53R
53L
Designation I t a Cutter
SDCN 42R/L 12.7 3.18 3.5 CDH4000
53R/L 15.875 4.76 5.0 CDH5000
P. 281 : Stock Item : Under preparing for stock
Parts Assembling
Specs Wedge Wedge Screw Wrench
CHD4000 WCDH4R1/L1(Ø100-Ø160) WCDH4R/L (Ø200-Ø450)
DHA0821F HW40
CHD5000 WCDH5R1/L1 (Ø100-Ø160) WCDH5R/L (Ø200-Ø450)
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Adapter
Work piece Grade
V(m/min) f(mm/tooth) CDH 100R/L KAFA -
125R/L KAFA -
130 ~ 230 0.05 ~ 0.20 NCM320K 160R/L KAFA -
200R/L - APR200
250R/L - APR250
K 100 ~ 200 0.05 ~ 0.30 PC6510
315R/L - APR315
355R/L - APR355
80 ~ 150 0.10 ~ 0.30 H01,G10 400R/L - APR400
450R/L - APR450
385
High-Feed Cutter
DEH5000
(mm)
Stock
Designation D a b E F d d1 d2 C
DEH 5100R/L 100 12.7 8 22 50 31.75 - - - 6
MILLING
5125R/L 125 15.9 10 27 63 38.1 - - - 7
5160R/L 160 19.0 11 27 63 50.8 - - - 8
5200R/L 200 - - - 40 80 24 14 120 12
5250R/L 250 - - - 40 120 30 18 170 14
5315R/L 315 - - - 40 180 30 18 230 18
5355R/L 355 - - - 40 220 30 18 270 20
5400R/L 400 - - - 40 250 30 18 300 24
5450R/L 450 - - - 40 300 30 18 350 28
Available Inserts
HECN Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
HECN 090408FN
Designation I d t r Cutter
HECN 090408FN 9.0 15.875 4.76 0.8 DEH 5000
P. 272 : Stock Item : Under preparing for stock
Parts Assembling
Specs Wedge Wedge Screw Wrench
WDEHR-1/L-1 (Ø100-Ø200)
DEH5000 DHA0821F HW40
WDEHR/L (Ø250-Ø450)
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Adapter
Work piece Grade
V(m/min) f(mm/tooth) DEH 5100R/L KAFA -
5125R/L KAFA -
130 ~ 230 0.05 ~ 0.20 NCM320K 5160R/L KAFA -
5200R/L - APR200
5250R/L - APR250
K 100 ~ 200 0.05 ~ 0.30 PC6510
5315R/L - APR315
5355R/L - APR355
80 ~ 150 0.10 ~ 0.30 H01,G10 5400R/L - APR400
5450R/L - APR450
386
High-Feed Cutter
DPH5000
(mm)
Stock
Designation D a b E F d d1 d2 C
DPH 5100R/L 100 12.7 8 22 50 31.75 - - - 8
MILLING
5125R/L 125 15.9 10 27 63 38.1 - - - 10
5160R/L 160 19.0 11 27 63 50.8 - - - 14
5200R/L 200 - - - 40 80 24 14 120 18
5250R/L 250 - - - 40 120 30 18 170 24
5315R/L 315 - - - 40 180 30 18 230 30
5355R/L 355 - - - 40 220 30 18 270 34
5400R/L 400 - - - 40 250 30 18 300 38
5450R/L 450 - - - 40 300 30 18 350 44
Available Inserts
HP N- Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
HPHN 090408
HPEN 090408
HPEN 090408-WC
Designation I d t Cutter
HPHN 090408 9.0 15.875 4.76 DPH 5000
HPEN 090408 9.0 15.875 4.76 DPH 5000
HPEN 090408-WC 9.0 15.875 4.76
P. 272, 273 : Stock Item : Under preparing for stock
Parts Assembling
Specs Wedge Wedge Screw Wrench
DPH5000 WPPH4R/L DHA0821F HW40
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Adapter
Work piece Grade
V(m/min) f(mm/tooth) DPH 5100R/L KAFA -
5125R/L KAFA -
130 ~ 230 0.05 ~ 0.20 NCM320K 5160R/L KAFA -
5200R/L - APR200
5250R/L - APR250
K 100 ~ 200 0.05 ~ 0.30 PC6510
5315R/L - APR315
5355R/L - APR355
80 ~ 150 0.10 ~ 0.30 H01,G10 5400R/L - APR400
5450R/L - APR450
387
High-Feed Cutter
PNH4000/5000
(mm)
Stock
Designation D a b E F d d1 d2 C
PNH 125R/L 125 15.9 10 27 63 38.1 - - - 10
MILLING
160R/L 160 19.0 11 27 63 50.8 - - - 14
200R/L 200 - - - 40 80 24 14 120 18
250R/L 250 - - - 40 120 30 18 170 24
315R/L 315 - - - 40 180 30 18 230 30
355R/L 355 - - - 40 220 30 18 270 34
400R/L 400 - - - 40 250 30 18 300 38
450R/L 450 - - - 40 300 30 18 350 44
Available Inserts
SNEF Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SNEF 435
535
Designation I t r Cutter
SNEF 435 12.7 4.76 2.0 PNH 4000
535 15.875 4.76 2.0 PNH 5000
P. 291 : Stock Item : Under preparing for stock
Parts Assembling
Specs Wedge Wedge Screw Wrench
PNH4000 WANH4N
DHA0821F HW40
PNH5000 WANH5N
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Adapter
Work piece Grade
V(m/min) f(mm/tooth) PNH 125R/L KAFA -
160R/L KAFA -
130 ~ 230 0.05 ~ 0.20 NCM320K 200R/L - APR200
250R/L - APR250
315R/L - APR315
K 100 ~ 200 0.05 ~ 0.30 PC6510
355R/L - APR355
400R/L - APR400
80 ~ 150 0.10 ~ 0.30 H01,G10 450R/L - APR450
388
High-Feed Cutter
PPH4000
(mm)
Stock
Designation D a b E F d d1 d2 C
PPH 4125R/L 125 15.9 10 27 63 38.1 - - - 10
MILLING
4160R/L 160 19.0 11 27 63 50.8 - - - 14
4200R/L 200 - - - 40 80 24 14 120 18
4250R/L 250 - - - 40 120 24 14 170 24
4315R/L 315 - - - 40 180 30 18 230 30
4355R/L 355 - - - 40 220 30 18 270 34
4400R/L 400 - - - 40 250 30 18 300 38
4450R/L 450 - - - 300 30 18 350 44
Available Inserts
SPEN-WC Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
SPEN 120416-WC
Designation I t r Cutter
SPEN 120416-WC 12.7 4.76 1.6 PPH 4000
P. 294 : Stock Item : Under preparing for stock
Parts Assembling
Specs Wedge Wedge Screw Wrench
PPH4000 WPPH4R/L DHA0821F HW40
Recommended Cutting Condition Available Arbor & Adapter
Cutting Condition Cutter Arbor Adapter
Work piece Grade
V(m/min) f(mm/tooth) PPH 4125R/L KAFA -
4160R/L KAFA -
130 ~ 230 0.05 ~ 0.20 NCM320K 4200R/L - APR200
4250R/L - APR250
4315R/L - APR315
K 100 ~ 200 0.05 ~ 0.30 PC6510
4355R/L - APR355
4400R/L - APR400
80 ~ 150 0.10 ~ 0.30 H01,G10 4450R/L - APR450
389
Indexable full side cutter
FC
(mm)
Stock
Designation D Tmax d A B E a Insert
FC 08010 80 17 25.4 6.35 28.04 12 10 6 TPCN1103PPN
MILLING
10012 100 24 31.75 7.94 35.18 14 12 8 TPCN1103PPN
12512 125 31.5 38.1 9.53 42.32 14 12 10 TPCN1103PPN
12520 125 31.5 38.1 9.53 42.32 22 20 8 TPCN1603PPN
16012 160 49 38.1 9.53 42.32 14 12 12 TPCN1103PPN
16016 160 49 38.1 9.53 42.32 18 16 12 TPCN1103PPN
16018 160 49 38.1 9.53 42.32 20 18 10 TPCN1603PPN
16020 160 49 38.1 9.53 43.32 22 20 10 TPCN1603PPN
20022 200 61 50.8 12.7 55.83 24 22 12 TPCN1603PPN
25024 250 81 50.8 12.7 55.83 26 24 16 TPCN1603PPN
31524 315 113.5 50.8 12.7 55.83 26 24 16 TPCN1603PPN
Available Inserts
TP N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TPAN 1103 PPN
TPCN 1603 PPN
TPKN
P. 298 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Screw Locater Screw Wrench
LFC2R/L LFC3R/L WFC2N WFC3N DHA0617 DHA0815 MHB0310 MHB410 HW30L HW40L
*LFC2R/L-1 *WFC2N-1
*
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
80 ~ 180 0.10 ~ 0.25 PC9530
M
80 ~ 150 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.35 PC6510
100 ~ 150 0.10 ~ 0.40 G10
390
Indexable half side cutter
HC
(mm)
Stock
Designation D Tmax d A B E a Insert
HC 10024R/L 100 24 31.75 7.93 35.18 27 24 6 TPCN1603 PPN
MILLING
12524R/L 125 31.5 38.1 9.53 42.32 27 24 8 TPCN1603 PPN
16024R/L 160 49 38.1 9.53 42.32 27 24 10 TPCN1603 PPN
20024R/L 200 62 50.8 12.7 55.83 27 24 12 TPCN1603 PPN
25024R/L 250 81 50.8 12.7 55.83 27 24 16 TPCN1603 PPN
31524R/L 315 113.5 50.8 12.7 55.83 27 24 20 TPCN1603 PPN
Available Inserts
TP N Coated Insert Cermet Un-coated Insert
NCM310K
NCM320K
NCM325
NCM335
High-feed & Side & Block cutter
PC3535
PC3545
PC9530
Designation PC6510
ST30A
CN20
CN30
CT10
ST20
G10
H01
TPAN 1603 PPN
TPCN
TPKN
P. 298 : Stock Item : Under preparing for stock
Parts Assembling
Locater Wedge Wedge Screw Locater Screw Wrench
LFC3R/L WFC3N DHA0815 MHB0410 HW40L
Recommended Cutting Condition
Cutting Condition
Work piece Grade
V(m/min) f(mm/tooth)
150 ~ 250 0.10 ~ 0.25 NCM325
P 120 ~ 200 0.10 ~ 0.30 PC3535
100 ~ 150 0.10 ~ 0.30 ST30A
80 ~ 180 0.10 ~ 0.25 PC9530
M
80 ~ 150 0.10 ~ 0.30 ST30A
150 ~ 250 0.10 ~ 0.25 NCM320K
K 130 ~ 200 0.10 ~ 0.35 PC6510
100 ~ 150 0.10 ~ 0.40 G10
391
Indexable side cutter
SPP(M)
(mm)
Designation Stock D W TMAX d A B E Insert Screw Wrench
SPP 080-04 80 4 20 25.4 6.35 28.04 8 8 PNEJ1223N PTMA0403F TW15S
MILLING
(SPPM) 080-05 80 5 20 25.4 6.35 28.04 8 8 PNEJ1230N PTMA0404F TW15S
080-06 80 6 20 25.4 6.35 28.04 8 8 PNEJ1235N PTMA0405F TW15S
100-04 100 4 24 31.75 7.94 35.18 8 10 PNEJ1223N PTMA0403F TW15S
100-05 100 5 24 31.75 7.94 35.18 8 10 PNEJ1230N PTMA0404F TW15S
100-06 100 6 25 31.75 7.94 35.18 8 10 PNEJ1235N PTMA0405F TW15S
100-07 100 7 25 31.75 7.94 35.18 10 10 PNEJ1240N PTMA0406F TW15S
100-08 100 8 25 31.75 7.94 35.18 10 10 PNEJ1245N PTKA0407F TW15S
100-09 100 9 25 31.75 7.94 35.18 12 10 PNEJ1250N PTKA0408F TW15S
100-10 100 10 25 31.75 7.94 35.18 12 10 PNEJ1255N PTKA0409F TW15S
125-04 125 4 30 38.1 9.53 42.32 8 12 PNEJ1223N PTMA0403F TW15S
125-05 125 5 32 38.1 9.53 42.32 8 12 PNEJ1230N PTMA0404F TW15S
125-06 125 6 27 38.1 9.53 42.32 8 12 PNEJ1235N PTMA0405F TW15S
125-07 125 7 32 38.1(40) 9.53(10) 42.32(43.5) 10 12 PNEJ1240N PTMA0406F TW15S
125-08 125 8 27 38.1 9.53 42.32 10 12 PNEJ1245N PTKA0407F TW15S
High-feed & Side & Block cutter
125-09 125 9 27 38.1 9.53 42.32 12 12 PNEJ1250N PTKA0408F TW15S
125-10 125 10 27 38.1 9.53 42.32 12 12 PNEJ1255N PTKA0409F TW15S
160-04 160 4 45 38.1 9.53 42.32 8 16 PNEJ1223N PTMA0403F TW15S
160-05 160 5 45 38.1 9.53 42.32 8 16 PNEJ1230N PTMA0404F TW15S
160-06 160 6 48 38.1 9.53 42.32 8 16 PNEJ1235N PTMA0405F TW15S
160-07 160 7 45 38.1(40) 9.53(10) 42.32(43.5) 10 16 PNEJ1240N PTMA0406F TW15S
160-08 160 8 45 38.1 9.53 42.32 10 16 PNEJ1245N PTKA0407F TW15S
160-09 160 9 45 38.1 9.53 42.32 12 16 PNEJ1250N PTKA0408F TW15S
160-10 160 10 45 38.1 9.53 42.32 12 16 PNEJ1255N PTKA0409F TW15S
160-11 160 11 45 38.1 9.53 42.32 14 16 PNEJ1260N PTKA0410F TW15S
160-12 160 12 45 38.1 9.53 42.32 14 16 PNEJ1265N PTKA0411F TW15S
160-13 160 13 45 38.1 9.53 42.32 16 16 PNEJ1270N PTKA0412F TW15S
160-14 160 14 45 38.1 9.53 42.32 16 16 PNEJ1275N PTKA0413F TW15S
200-06 200 6 60 50.8 12.7 55.83 8 18 PNEJ1235N PTMA 0405F TW15S
200-07 200 7 60 50.8 12.7 55.83 10 18 PNEJ1240N PTMA0406F TW15S
200-08 200 8 60 50.8 12.7 55.83 10 18 PNEJ1245N PTKA0407F TW15S
200-09 200 9 60 50.8 12.7 55.83 12 18 PNEJ1250N PTKA0408F TW15S
200-10 200 10 60 50.8 12.7 55.83 12 18 PNEJ1255N PTKA0409F TW15S
200-11 200 11 60 50.8 12.7 55.83 14 18 PNEJ1260N PTKA0410F TW15S
200-12 200 12 60 50.8 12.7 55.83 14 18 PNEJ1265N PTKA0411F TW15S
200-13 200 13 60 50.8 12.7 55.83 16 18 PNEJ1270N PTKA0412F TW15S
200-14 200 14 60 50.8 12.7 55.83 16 18 PNEJ1275N PTKA0413F TW15S
P. 277 : Stock Item : Under preparing for stock
How to read designation
Hand of tool(R/L)
Width of cut(W)
Cutter diameter( D)
Cutter type(P Plane Type, B Boss Type)
Shape of insert (P Pentagonal Insert Type, Pentagonal insert)
Cutter use(S Side cutter)
392
Indexable Side Cutter
SPB
(mm)
Stock
Designation D W TMAX D1 d b a F Insert Screw Wrench
SPB 080-04R/L 80 4 20 40 25.4 9.5 6 50 8 PNEJ1223N PTMA0403F TW15S
MILLING
080-05R/L 80 5 20 40 25.4 9.5 6 50 8 PNEJ1230N PTMA0404F TW15S
080-06R/L 80 6 20 40 25.4 9.5 6 50 8 PNEJ1235N PTMA0405F TW15S
100-04R/L 100 4 23 54 31.75 12.7 8 50 10 PNEJ1223N PTMA0403F TW15S
100-05R/L 100 5 23 54 31.75 12.7 8 50 10 PNEJ1230N PTMA0404F TW15S
100-06R/L 100 6 23 54 31.75 12.7 8 50 10 PNEJ1235N PTMA0405F TW15S
100-07R/L 100 7 23 54 31.75 12.7 8 50 10 PNEJ1240N PTMA0406F TW15S
100-08R/L 100 8 23 54 31.75 12.7 8 50 10 PNEJ1245N PTKA0407F TW15S
100-09R/L 100 9 23 54 31.75 12.7 8 50 10 PNEJ1250N PTKA0408F TW15S
100-10R/L 100 10 23 54 31.75 12.7 8 50 10 PNEJ1255N PTKA0409F TW15S
125-04R/L 125 4 27 70 38.1 15.9 10 60 12 PNEJ1223N PTMA0403F TW15S
125-05R/L 125 5 27 70 38.1 15.9 10 60 12 PNEJ1230N PTMA0404F TW15S
125-06R/L 125 6 27 70 38.1 15.9 10 60 12 PNEJ1235N PTMA0405F TW15S
125-07R/L 125 7 27 70 38.1 15.9 10 60 12 PNEJ1240N PTMA0406F TW15S
125-08R/L 125 8 27 70 38.1 15.9 10 60 12 PNEJ1245N PTKA0407F TW15S
High-feed & Side & Block cutter
125-09R/L 125 9 27 70 38.1 15.9 10 60 12 PNEJ1250N PTKA0408F TW15S
125-10R/L 125 10 27 70 38.1 15.9 10 60 12 PNEJ1255N PTKA0409F TW15S
160-04R/L 160 4 45 70 38.1 15.9 10 60 16 PNEJ1223N PTMA0403F TW15S
160-05R/L 160 5 45 70 38.1 15.9 10 60 16 PNEJ1230N PTMA0404F TW15S
160-06R/L 160 6 45 70 38.1 15.9 10 60 16 PNEJ1235N PTMA0405F TW15S
160-07R/L 160 7 45 70 38.1 15.9 10 60 16 PNEJ1240N PTMA0406F TW15S
160-08R/L 160 8 45 70 38.1 15.9 10 60 16 PNEJ1245N PTKA0407F TW15S
160-09R/L 160 9 45 70 38.1 15.9 10 60 16 PNEJ1250N PTKA0408F TW15S
160-10R/L 160 10 45 70 38.1 15.9 10 60 16 PNEJ1255N PTKA0409F TW15S
160-11R/L 160 11 45 70 38.1 15.9 10 60 16 PNEJ1260N PTKA0410F TW15S
160-12R/L 160 12 45 70 38.1 15.9 10 60 16 PNEJ1265N PTKA0411F TW15S
160-13R/L 160 13 45 70 38.1 15.9 10 60 16 PNEJ1270N PTKA0412F TW15S
160-14R/L 160 14 45 70 38.1 15.9 10 60 16 PNEJ1275N PTKA0413F TW15S
200-06R/L 200 6 55 90 50.8 19.0 11 65 18 PNEJ1235N PTMA 0405F TW15S
200-07R/L 200 7 55 90 50.8 19.0 11 65 18 PNEJ1240N PTMA0406F TW15S
200-08R/L 200 8 55 90 50.8 19.0 11 65 18 PNEJ1245N PTKA0407F TW15S
200-09R/L 200 9 55 90 50.8 19.0 11 65 18 PNEJ1250N PTKA0408F TW15S
200-10R/L 200 10 55 90 50.8 19.0 11 65 18 PNEJ1255N PTKA0409F TW15S
200-11R/L 200 11 55 90 50.8 19.0 11 65 18 PNEJ1260N PTKA0410F TW15S
200-12R/L 200 12 55 90 50.8 19.0 11 65 18 PNEJ1265N PTKA0411F TW15S
200-13R/L 200 13 55 90 50.8 19.0 11 65 18 PNEJ1270N PTKA0412F TW15S
200-14R/L 200 14 55 90 50.8 19.0 11 65 18 PNEJ1275N PTKA0413F TW15S
P. 277 : Stock Item : Under preparing for stock
Remarks for insert clamping
Chip-breaker of insert should face chip pocket of cutter.
Fasten screw after side face of insert contacts surely on insert seat part.
Do not make a gap between insert and insert seat part, the gap may cause shot tool life.
393
394
Technical Guide of High feed cutter for cast iron
Application range as per product
Cutting performance
High-feed & Side & Block cutter
Work piece : Roughing of front & rear face of Diesel
engine
Cutting condition : V120, f0.13, d50.0, Wet
Grade : PC6510
For safe use
Since sharp cutting edge of cutting tools may cut your bare-hand, take gloves when pull out the insert from the case or mount it on
the machine.
Since in-appropriate condition or usage may cause flagmentation and expel of part of tools that may cause injury, please use glasses
or safety cover for the safety.
Since premature wear of cutting edge may bring excessive cutting load on tool, please change the tool at proper time.
Since chips evacuated during the cutting are so hot and sharp that may cause a burn and a cut, please stop the machine first and
take safety glove and use hook to get rid of chips.
Be aware of fire and explosion may brought by the hot chips and spark generated during the cutting operation. Please be prepared
for fire extinguishments.
Since loose clamping of work-piece may cause the fracture of tool and injure of body, please clamp the work-piece tightly.
In case of high RPM machining, vibration and chattering may happen due to the balancing trouble of machine. Use glasses or safety
cover for the safety.
395
Technical Guide of Cube mill
Special features
8 corner using insert (maximum 16 corner available with 2 cutter, R/L
cutter)
Excellent cutting performance due to the positive rake angle made by 3
dimensional chip breaker.
Excellent tool life by combination of variety of grades and chip breakers as
per working conditions.
2 different type of inserts(chamfer / nose R) are available with 1 type
cutter.
Cutter Clamping of insert
Special design to make 2 different direction
actual positive rake angle for insert tightening
High-feed & Side & Block cutter
Simple screw on system
Insert (R/L type)
Excellent tool life guaranted by
8 corner insert matching of variety of grades as
(cost effective) per working conditions.
Low cutting load & good chip
flow have been achieved due
to the 3 dimensional chip
breaker Nose R type Chamfer type
396
Code system
CBM E 3 250 R ( 2 ) - 28Z
Cube Mill Cutter diameter( ) Cutter shape Number of tooth
Not written : Normal type
metric unit
Approach angle 2 : Quick change type
(2 pieces type)
Hand of tool
Inscribed circle of insert R : Right hand
L : Left hand
3 : 10
4 : 12.7
Recommended cutting condition
High-feed & Side & Block cutter
Work piece Gray cast iron Ductile cast iron
GC, FC GCD, FCD
Grade V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
NCM310K 200~300 0.05~0.15 140~200 0.05~0.15
NCM320K 150~250 0.05~0.18 100~180 0.05~0.15
PC6510 150~300 0.08~0.18 100~200 0.08~0.18
PC205K 150~250 0.05~0.15 100~180 0.05~0.15
PC215K 120~210 0.05~0.18 80~150 0.05~0.18
H01 100~200 0.05~0.15 70~140 0.05~0.15
G10 90~120 0.05~0.18 60~130 0.05~0.18
397
Cube mill
CBMQ(M)3000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMQ 3080R/L-8Z 80 81 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.3 8 12
(CBMQM) 3100R/L-10Z 100 101 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.8 10 14
3125R/L-14Z 125 126 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.2 14 18
3160R/L-18Z 160 161 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.1 18 24
3200R/L-22Z 200 201 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.4 22 28
High-feed & Side & Block cutter
3250R/L-28Z 250 251 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.6 28 36
3315R/L-34Z 315 316 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.4 34 44
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMQ 3200R/L2-21Z 200 201 80 24 14 120 40 6 21 28
3250R/L2-27Z 250 251 120 30 18 170 40 8.4 27 36
3315R/L2-33Z 315 316 180 30 18 230 40 11.4 33 44
3355R/L2-39Z 355 356 220 30 18 270 40 13.9 39 52
3400R/L2-45Z 400 401 250 30 18 300 40 15.8 45 60
3450R/L2-51Z 450 451 300 30 18 350 40 20 51 68
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1010ZNN-CU1
SNEX101010-CU1
SNEX101010
SNEX1010ZNN
FTGA0417CBM TW15-100
P. 292
398
Cube mill
CBMQ(M)4000
Ø Ø
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMQ 4080R/L-8Z 80 81 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.3 8
(CBMQM) 4100R/L-10Z 100 101 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.8 10
4125R/L-14Z 125 126 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.4 14
4160R/L-18Z 160 161 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5 18
4200R/L-22Z 200 201 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.3 22
High-feed & Side & Block cutter
4250R/L-28Z 250 251 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.4 28
4315R/L-34Z 315 316 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.4 34
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMQ 4200R/L2-21Z 200 201 80 24 14 120 40 6.1 21
4250R/L2-27Z 250 251 120 30 18 170 40 8.5 27
4315R/L2-33Z 315 316 180 30 18 230 40 11.6 33
4355R/L2-39Z 355 356 220 30 18 270 40 14.1 39
4400R/L2-45Z 400 401 250 30 18 300 40 17 45
4450R/L2-51Z 450 451 300 30 18 350 40 20 51
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1212ZNN-CU1
SNEX121212-CU1
ETGA0520CBM TW20-100
P. 292
399
Cube mill
CBMF(M)3000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMF 3080R/L-8Z 80 82 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.4 8 12
(CBMFM) 3100R/L-10Z 100 102 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.8 10 14
3125R/L-14Z 125 127 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.5 14 18
3160R/L-18Z 160 162 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5 18 24
3200R/L-22Z 200 202 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.3 22 28
High-feed & Side & Block cutter
3250R/L-28Z 250 252 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.5 28 36
3315R/L-34Z 315 317 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.4 34 44
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMF 3200R/L2-21Z 200 202 80 24 14 120 40 6 21 28
3250R/L2-27Z 250 252 120 30 18 170 40 8.4 27 36
3315R/L2-33Z 315 317 180 30 18 230 40 11.4 33 44
3355R/L2-39Z 355 357 220 30 18 270 40 13.9 39 52
3400R/L2-45Z 400 402 250 30 18 300 40 15.7 45 60
3450R/L2-51Z 450 452 300 30 18 350 40 19.9 51 68
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1010ZNN-CU1
SNEX101010-CU1
SNEX101010
SNEX1010ZNN
FTGA0417CBM TW15-100
P. 292
400
Cube mill
CBMF(M)4000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMF 4080R/L-8Z 80 82 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.4 8
(CBMFM) 4100R/L-10Z 100 102 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.9 10
4125R/L-14Z 125 127 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.6 14
4160R/L-18Z 160 162 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.3 18
4200R/L-22Z 200 202 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.3 22
High-feed & Side & Block cutter
4250R/L-28Z 250 252 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.5 28
4315R/L-34Z 315 317 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.4 34
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMF 4200R/L2-21Z 200 202 80 24 14 120 40 6.1 21
4250R/L2-27Z 250 252 120 30 18 170 40 8.6 27
4315R/L2-33Z 315 317 180 30 18 230 40 11.6 33
4355R/L2-39Z 355 357 220 30 18 270 40 14.1 39
4400R/L2-45Z 400 402 250 30 18 300 40 17.1 45
4450R/L2-51Z 450 452 300 30 18 350 40 20 51
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1212ZNN-CU1
SNEX121212-CU1
ETGA0520CBM TW20-100
P. 292
401
Cube mill
CBME(M)3000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBME 3080R/L-8Z 80 87 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.5 8 12
(CBMEM) 3100R/L-10Z 100 107 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2 10 14
3125R/L-14Z 125 132 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.6 14 18
3160R/L-18Z 160 167 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.4 18 24
3200R/L-22Z 200 207 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.4 22 28
High-feed & Side & Block cutter
3250R/L-28Z 250 257 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.5 28 36
3315R/L-34Z 315 321 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.4 34 44
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBME 3200R/L2-21Z 200 207 80 24 14 120 40 6.1 21 28
3250R/L2-27Z 250 257 120 30 18 170 40 8.5 27 36
3315R/L2-33Z 315 321 180 30 18 230 40 11.4 33 44
3355R/L2-39Z 355 361 220 30 18 270 40 13.9 39 52
3400R/L2-45Z 400 405 250 30 18 300 40 15.5 45 60
3450R/L2-51Z 450 455 300 30 18 350 40 19.4 51 68
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX101010-CU1
SNEX101010
FTGA0417CBM TW15-100
P. 292
402
Cube mill
CBME(M)4000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBME 4080R/L-8Z 80 88 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.5 8
(CBMEM) 4100R/L-10Z 100 108 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2.1 10
4125R/L-14Z 125 133 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.6 14
4160R/L-18Z 160 168 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.5 18
4200R/L-22Z 200 208 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.7 22
High-feed & Side & Block cutter
4250R/L-28Z 250 258 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.9 28
4315R/L-34Z 315 322 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.9 34
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBME 4200R/L2-21Z 200 208 80 24 14 120 40 6.1 21
4250R/L2-27Z 250 258 120 30 18 170 40 8.5 27
4315R/L2-33Z 315 322 180 30 18 230 40 11.5 33
4355R/L2-39Z 355 362 220 30 18 270 40 13.8 39
4400R/L2-45Z 400 406 250 30 18 300 40 16.6 45
4450R/L2-51Z 450 456 300 30 18 350 40 19.7 51
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX121212-CU1
ETGA0520CBM TW20-100
P. 292
403
Cube mill
CBMC(M)3000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMC 3080R/L-8Z 80 92 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.5 8 12
(CBMCM) 3100R/L-10Z 100 112 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2.1 10 14
3125R/L-14Z 125 137 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.9 14 18
3160R/L-18Z 160 172 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.6 18 24
3200R/L-22Z 200 212 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.8 22 28
High-feed & Side & Block cutter
3250R/L-28Z 250 262 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.8 28 36
3315R/L-34Z 315 327 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.9 34 44
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMC 3200R/L2-21Z 200 212 80 24 14 120 40 6.2 21 28
3250R/L2-27Z 250 262 120 30 18 170 40 8.4 27 36
3315R/L2-33Z 315 327 180 30 18 230 40 11.8 33 44
3355R/L2-39Z 355 367 220 30 18 270 40 15.1 39 52
3400R/L2-45Z 400 412 250 30 18 300 40 18.4 45 60
3450R/L2-51Z 450 462 300 30 18 350 40 21.7 51 68
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX101010-CU1
SNEX101010
FTGA0417CBM TW15-100
P. 292
404
Cube mill
CBMC(M)4000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMC 4080R/L-8Z 80 94 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.6 8
(CBMCM) 4100R/L-10Z 100 114 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2.2 10
4125R/L-14Z 125 139 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.9 14
4160R/L-18Z 160 174 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 6 18
4200R/L-22Z 200 214 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.8 22
High-feed & Side & Block cutter
4250R/L-28Z 250 264 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 13 28
4315R/L-34Z 315 329 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 20.7 34
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMC 4200R/L2-21Z 200 214 80 24 14 120 40 6.4 21
4250R/L2-27Z 250 264 120 30 18 170 40 8.8 27
4315R/L2-33Z 315 329 180 30 18 230 40 11.8 33
4355R/L2-39Z 355 369 220 30 18 270 40 14.3 39
4400R/L2-45Z 400 414 250 30 18 300 40 17.1 45
4450R/L2-51Z 450 464 300 30 18 350 40 20.1 51
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX121212-CU1
ETGA0520CBM TW20-100
P. 292
405
Cube mill
CBMA(M)3000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMA 3080R/L-8Z 80 100 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.8 8 12
(CBMAM) 3100R/L-10Z 100 120 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2.4 10 14
3125R/L-14Z 125 145 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 4.1 14 18
3160R/L-18Z 160 185 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 6 18 24
3200R/L-22Z 200 220 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.9 22 28
High-feed & Side & Block cutter
3250R/L-28Z 250 270 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 13 28 36
3315R/L-34Z 315 335 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 20 34 44
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMA 3200R/L2-21Z 200 220 80 24 14 120 40 6.5 21 28
3250R/L2-27Z 250 270 120 30 18 170 40 9.1 27 36
3315R/L2-33Z 315 335 180 30 18 230 40 12 33 44
3355R/L2-39Z 355 375 220 30 18 270 40 15.9 39 52
3400R/L2-45Z 400 420 250 30 18 300 40 19.3 45 60
3450R/L2-51Z 450 470 300 30 18 350 40 22.6 51 68
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1010ZNN-CU1
SNEX101010-CU1
SNEX101010
SNEX1010ZNN
FTGA0417CBM TW15-100
P. 292
406
Cube mill
CBMA(M)4000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
CBMA 4080R/L-8Z 80 103 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.8 8
(CBMAM) 4100R/L-10Z 100 123 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2.4 10
4125R/L-14Z 125 148 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 4.3 14
4160R/L-18Z 160 188 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 6.2 18
4200R/L-22Z 200 223 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 8.5 22
High-feed & Side & Block cutter
4250R/L-28Z 250 273 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 13.9 28
4315R/L-34Z 315 338 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 21.2 34
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMA 4200R/L2-21Z 200 223 80 24 14 120 40 6.8 21
4250R/L2-27Z 250 273 120 30 18 170 40 9.4 27
4315R/L2-33Z 315 338 180 30 18 230 40 12.6 33
4355R/L2-39Z 355 378 220 30 18 270 40 15.2 39
4400R/L2-45Z 400 423 250 30 18 300 40 18.1 45
4450R/L2-51Z 450 473 300 30 18 350 40 21.3 51
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1212ZNN-CU1
SNEX121212-CU1
ETGA0520CBM TW20-100
P. 292
407
Technical Guide of Dura mill
Special features
8 corner using insert
Heavy cutting is possible due to the strong cutting edge with 3 step
design.
Excellent tool life guaranted by matching of variety of grades as per
working conditions.
R type / L type insert available, respectively
Cutter Clamping of insert
New concept of cutter
for cast iron machining
High-feed & Side & Block cutter
Simple screw on system
Insert
Excellent tool life guaranted by
8 corner insert matching of variety of grades as
(cost effective) per working conditions.
Major cutting edge
with 3 step design.
408
Code system
DRM Q 4 200 R ( 2 ) - 24Z
Dura Mill Cutter diameter Cutter shape Number of tooth
Not written : Normal type
metric unit
Approach angle 2 : Quick change type
(2 pieces type)
Hand of tool
Inscribed circle of insert R : Right hand
L : Left hand
Recommended cutting condition
High-feed & Side & Block cutter
Work piece Gray cast iron Ductile cast iron
GC, FC GCD, FCD
Grade V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
NCM310K 200~300 0.08~0.2 140~200 0.08~0.2
NCM320K 150~250 0.08~0.23 100~180 0.08~0.23
PC6510 150~300 0.1~0.23 100~200 0.1~0.23
PC205K 150~250 0.08~0.2 100~180 0.08~0.2
PC215K 120~210 0.08~0.23 80~150 0.08~0.23
H01 100~200 0.08~0.2 70~140 0.08~0.2
G10 90~120 0.08~0.23 60~130 0.08~0.23
409
Dura mill
DRMQ(M)4000
MILLING
QC type
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
DRMQ 4080R/L-8Z 80 81 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.3 8
(DRMQM) 4100R/L-10Z 100 101 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.7 10
4125R/L-14Z 125 126 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.2 14
4160R/L-18Z 160 161 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.2 18
4200R/L-22Z 200 201 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.2 24
High-feed & Side & Block cutter
4250R/L-28Z 250 251 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.3 30
4315R/L-34Z 315 316 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.2 36
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
DRMQ 4200R/L2-21Z 200 201 80 24 14 120 40 5.7 24
4250R/L2-27Z 250 251 120 30 18 170 40 8 30
4315R/L2-33Z 315 316 180 30 18 230 40 10.7 36
4355R/L2-39Z 355 356 220 30 18 270 40 13.2 42
4400R/L2-45Z 400 401 250 30 18 300 40 14.9 48
4450R/L2-51Z 450 451 300 30 18 350 40 19 54
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNCQ1205ZNR
SNCQ1205ZNL
FTNA0513 TW20
P. 291
410
Technical Guide of Storm mill
Special features
Conventional cutter with wide coverage
Using 4 corners (Maximum 8 corner avaiable with R/L type cutter)
Effective on big depth of cut application due to the long cutting edge
Excellent tool life guaranted by matching of variety of grades as per
working conditions.
2 different type of inserts(chamfer / nose R) are available with 1 type of
cutter.
Cutter Clamping of insert
Cast iron machining cutter having
long & strong cutting edge
High-feed & Side & Block cutter
Simple screw on system
Insert
Excellent tool life guaranted by
matching of variety of grades as
per working conditions.
Alternative corner of cutting
edge as per application
Chamfer type Nose R type
411
Technical Guide of Storm mill
Code system
S Q N 3 250 R ( 2 ) - 28Z
Storm Mill Cutter diameter Cutter shape Number of tooth
Not written : Normal type
metric unit
Approach angle Inscribed 2 : Quick change type
circle of insert (2 pieces type)
Hand of tool
R : Right hand
Relief angle of insert L : Left hand
Recommended cutting condition
High-feed & Side & Block cutter
Work piece Gray cast iron Ductile cast iron
GC, FC GCD, FCD
Grade V(m/min) fz(mm/tooth) V(m/min) fz(mm/tooth)
NCM310K 200~300 0.08~0.22 140~200 0.08~0.22
NCM320K 150~250 0.08~0.28 100~180 0.08~0.28
PC6510 150~300 0.1~0.28 100~200 0.1~0.28
PC205K 150~250 0.08~0.22 100~180 0.08~0.22
PC215K 120~210 0.08~0.28 80~150 0.08~0.28
H01 100~200 0.08~0.22 70~140 0.08~0.22
G10 90~120 0.08~0.28 60~130 0.08~0.28
412
Storm mill
SQN(M)3000
MILLING
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
SQN 3080R/L-8Z 80 82 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.3 8 12
(SQNM) 3100R/L-10Z 100 102 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.8 10 14
3125R/L-14Z 125 127 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.6 14 18
3160R/L-18Z 160 162 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.1 18 24
3200R/L-22Z 200 202 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.1 24 32
High-feed & Side & Block cutter
3250R/L-30Z 250 252 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 11.9 30 40
3315R/L-36Z 315 317 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19 36 48
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SQN 3200R/L2-24Z 200 202 80 24 14 120 40 5.9 24 32
3250R/L2-30Z 250 252 120 30 18 170 40 8.1 30 40
3315R/L2-36Z 315 317 180 30 18 230 40 11.2 36 48
3355R/L2-42Z 355 357 220 30 18 270 40 14.4 42 56
3400R/L2-48Z 400 402 250 30 18 300 40 16 48 64
3450R/L2-54Z 450 452 300 30 18 350 40 20.1 54 72
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
LNE324-C1.0
LNE324-R0.8
FTNA0411 TW15S
P. 274
413
Storm mill
SFN(M)3000
MILLING
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
SFN 3080R/L-8Z 80 83 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.3 8 12
(SFNM) 3100R/L-10Z 100 103 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 1.8 10 14
3125R/L-14Z 125 128 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.7 14 18
3160R/L-18Z 160 163 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.3 18 24
3200R/L-24Z 200 203 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.5 24 32
High-feed & Side & Block cutter
3250R/L-30Z 250 253 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.1 30 40
3315R/L-36Z 315 318 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.6 36 48
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SFN 3200R/L2-24Z 200 203 80 24 14 120 40 6.2 24 32
3250R/L2-30Z 250 253 120 30 18 170 40 8.2 30 40
3315R/L2-36Z 315 318 180 30 18 230 40 11.5 36 48
3355R/L2-42Z 355 358 220 30 18 270 40 14.3 42 56
3400R/L2-48Z 400 403 250 30 18 300 40 16.1 48 64
3450R/L2-54Z 450 453 300 30 18 350 40 20.2 54 72
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
LNE324-C1.0
LNE324-R0.8
FTNA0411 TW15S
P. 274
414
Storm mill
SEN(M)3000
MILLING
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
SEN 3080R/L-8Z 80 88 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.5 8 12
(SENM) 3100R/L-10Z 100 108 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2 10 14
3125R/L-14Z 125 133 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 3.6 14 18
3160R/L-18Z 160 168 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 5.7 18 24
3200R/L-24Z 200 208 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 7.7 24 32
High-feed & Side & Block cutter
3250R/L-30Z 250 258 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 12.6 30 40
3315R/L-36Z 315 323 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 19.9 36 48
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SEN 3200R/L2-24Z 208 202 80 24 14 120 40 6.3 24 32
3250R/L2-30Z 258 252 120 30 18 170 40 8.4 30 40
3315R/L2-36Z 323 317 180 30 18 230 40 11.7 36 48
3355R/L2-42Z 363 357 220 30 18 270 40 14.4 42 56
3400R/L2-48Z 408 402 250 30 18 300 40 17.3 48 64
3450R/L2-54Z 458 452 300 30 18 350 40 21 54 72
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
LNE324-R0.8
FTNA0411 TW15S
P. 274
415
Storm mill
SAN(M)3000
MILLING
Normal type (mm)
Stock Number of tooth
Designation D D1 d a b E F
Standard MAX
SAN 3080R/L-8Z 80 107 25.40(27) 9.5(12.4) 6.0(7.0) 25.0(22.0) 50 1.8 8 12
(SANM) 3100R/L-10Z 100 127 31.75(32) 12.7(14.4) 8.0(8.0) 32.0(28.0) 50 2.4 10 14
3125R/L-14Z 125 152 38.10(40) 15.9(16.4) 10.0(9.0) 38.0(30.0) 63 4.2 14 18
3160R/L-18Z 160 187 50.80(40) 19.0(16.4) 11.0(9.0) 38.0(30.0) 63 6.1 18 24
3200R/L-24Z 200 227 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 8.2 24 32
High-feed & Side & Block cutter
3250R/L-30Z 250 277 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 13.1 30 40
3315R/L-36Z 315 342 47.625(60) 25.4(25.7) 14.0(14.0) 38.0(38.0) 63 20.7 36 48
QC (Quick change) type (mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SAN 3200R/L2-24Z 200 277 80 24 14 120 40 6.7 24 32
3250R/L2-30Z 250 277 120 30 18 170 40 8.7 30 40
3315R/L2-36Z 315 342 180 30 18 230 40 13.1 36 48
3355R/L2-42Z 355 382 220 30 18 270 40 16.4 42 56
3400R/L2-48Z 400 427 250 30 18 300 40 19.6 48 64
3450R/L2-54Z 450 477 300 30 18 350 40 23.5 54 72
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
LNE324-C1.0
LNE324-R0.8
FTNA0411 TW15S
P. 274
416
Technical Guide of Couple mill
Special features
Ideal combination of Aluminum body with cast iron high feed cutter
Since the weight of cutter has been reduced down to 50% of steel
cutter, it is very easy to handle and very effective to prevent accident
at the field
Applicable for Cube mill, Dura mill, Strom mill
Assembling structure
Bolt for assembling steel body
with aluminum body
Bolt for adapter clamping
Washer(To prevent wear of
High-feed & Side & Block cutter
aluminum part)
Steel body
Bolt for assembling key part
High strength aluminum
alloy body
Key to prevent movement of
steel body on aluminum
body
417
Technical Guide of Couple mill
Code system
1. Cube couple mill, Dura couple mill
CBM E 3 355 R - 28Z - CP
Cutter name Cutter diameter( ) Number of tooth Couple Mill
CBM : Cube-Mill metric unit
DRM : Dura-Mill Inscribed
circle of insert
Approach angle Hand of tool
R : Right hand
L : Left hand
2. Storm couple mill
S Q N 3 355 R - 28Z - CP
High-feed & Side & Block cutter
Storm Mill Cutter diameter( ) Number of tooth Couple Mill
metric unit
Approach angle Inscribed
circle of insert
Hand of tool
R : Right hand
Relief angle of insert
L : Left hand
418
Couple mill
Cube couple mill 3000
(mm)
MILLING
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMQ 3355R/L-39Z-CP 355 356 220 30 18 270 40 7.7 88 39 45
3400R/L-45Z-CP 400 401 250 30 18 300 40 9 88 45 51
3450R/L-51Z-CP 450 451 300 30 18 350 40 10.7 88 51 57
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMF 3355R/L-39Z-CP 355 357 220 30 18 270 40 7.5 85 39 45
3400R/L-45Z-CP 400 402 250 30 18 300 40 8.9 85 45 51
3450R/L-51Z-CP 450 452 300 30 18 350 40 10.4 85 51 57
High-feed & Side & Block cutter
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBME 3355R/L-39Z-CP 355 361 220 30 18 270 40 7.4 75 39 45
3400R/L-45Z-CP 400 405 250 30 18 300 40 9.3 75 45 51
3450R/L-51Z-CP 450 455 300 30 18 350 40 10.8 75 51 57
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMC 3355R/L-39Z-CP 355 367 220 30 18 270 40 7.6 65 39 45
3400R/L-45Z-CP 400 412 250 30 18 300 40 9.3 65 45 51
3450R/L-51Z-CP 450 462 300 30 18 350 40 10.8 65 51 57
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMA 3355R/L-39Z-CP 355 375 220 30 18 270 40 8.5 45 39 45
3400R/L-45Z-CP 400 420 250 30 18 300 40 10.1 45 45 51
3450R/L-51Z-CP 450 470 300 30 18 350 40 11.7 45 51 57
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1010ZNN-CU1
SNEX101010-CU1
FTGA0417CBM TW15-100
P. 292
419
Couple mill
Cube couple mill 4000
(mm)
MILLING
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMQ 4355R/L-39Z-CP 355 356 220 30 18 270 40 7.7 88 39
4400R/L-45Z-CP 400 401 250 30 18 300 40 9 88 45
4450R/L-51Z-CP 450 451 300 30 18 350 40 10.7 88 51
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMF 4355R/L-39Z-CP 355 357 220 30 18 270 40 7.4 85 39
4400R/L-45Z-CP 400 402 250 30 18 300 40 9 85 45
4450R/L-51Z-CP 450 452 300 30 18 350 40 10.5 85 51
High-feed & Side & Block cutter
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBME 4355R/L-39Z-CP 355 362 220 30 18 270 40 7.2 75 39
4400R/L-45Z-CP 400 406 250 30 18 300 40 8.8 75 45
4450R/L-51Z-CP 450 456 300 30 18 350 40 10.4 75 51
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMC 4355R/L-39Z-CP 355 369 220 30 18 270 40 7.5 65 39
4400R/L-45Z-CP 400 414 250 30 18 300 40 9.2 65 45
4450R/L-51Z-CP 464 464 300 30 18 350 40 10.6 65 51
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
CBMA 4355R/L-39Z-CP 355 378 220 30 18 270 40 8.3 45 39
4400R/L-45Z-CP 400 423 250 30 18 300 40 9.9 45 45
4450R/L-51Z-CP 450 473 300 30 18 350 40 11.5 45 51
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNEX1212ZNN-CU1
SNEX121212-CU1
ETGA0520CBM TW20-100
P. 292
420
Couple mill
Storm couple mill 3000
(mm)
MILLING
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SQN 3355R/L-42Z-CP 355 357 220 30 18 270 40 7.7 88 42 48
3400R/L-48Z-CP 400 402 250 30 18 300 40 9.2 88 48 54
3450R/L-54Z-CP 450 452 300 30 18 350 40 10.7 88 54 60
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SFN 3355R/L-42Z-CP 355 358 220 30 18 270 40 7.8 85 42 48
3400R/L-48Z-CP 400 403 250 30 18 300 40 9.2 85 48 54
High-feed & Side & Block cutter
3450R/L-54Z-CP 450 453 300 30 18 350 40 10.8 85 54 60
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SEN 3355R/L-42Z-CP 355 363 220 30 18 270 40 7.9 75 42 48
3400R/L-48Z-CP 400 408 250 30 18 300 40 9.3 75 48 54
3450R/L-54Z-CP 450 458 300 30 18 350 40 11 75 54 60
(mm)
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
SAN 3355R/L-42Z-CP 355 382 220 30 18 270 40 8.7 45 42 48
3400R/L-48Z-CP 400 427 250 30 18 300 40 10.5 45 48 54
3450R/L-54Z-CP 450 477 300 30 18 350 40 12.2 45 54 60
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
LNE324-C1.0
LNE324-R0.8
FTNA0513 TW20
P. 274
421
Couple mill
Dura couple mill 4000
(mm)
MILLING
Stock Number of tooth
Designation D D1 d d1 d2 C F
Standard MAX
DRMQ 4355R/L-42Z-CP 355 356 220 30 18 270 40 7.1 88 42
4400R/L-48Z-CP 400 401 250 30 18 300 40 8.7 88 48
4450R/L-54Z-CP 450 451 300 30 18 350 40 10.2 88 54
Available Inserts Parts
Coated Insert Uncoated Insert Screw Wrench
PC205K
Designation
PC6510
PC215K
CX1237
G10
H01
SNCQ1205ZNR
High-feed & Side & Block cutter
SNCQ1205ZNL
FTNA0411 TW15S
P. 291
422
High feed cutter for cast iron
Available Arbor & Adapter
Available Arbor & Adapter
Cutter
Arbor for NC machine Arbor for manual machine Adapter
CBMQ 3080R/L -00Z BT FMA25.4 KAFA 3
(CBMF) 3100R/L -00Z BT FMA31.75 KAFA 4
(CBME) 3125R/L -00Z BT FMA38.1 KAFA 5
(CBMC) 3160R/L -00Z BT FMA50.8 KAFA 6
(CBMA) 3200R/L -00Z BT FMA47.625 KAFA 8, KCP 8
3250R/L -00Z BT FMA47.625 KAFA 8, KCP 8
3315R/L -00Z KCP 8
MILLING
3200R/L2 -00Z APR200
3250R/L2 -00Z APR250
3315R/L2 -00Z APR300
3355R/L2 -00Z APR355
3400R/L2 -00Z APR400
3450R/L2 -00Z APR450
DRMQ 4080R/L -00Z BT FMA25.4 KAFA 3
4100R/L -00Z BT FMA31.75 KAFA 4
4125R/L -00Z BT FMA38.1 KAFA 5
High-feed & Side & Block cutter
4160R/L -00Z BT FMA50.8 KAFA 6
4200R/L -00Z BT FMA47.625 KAFA 8, KCP 8
4250R/L -00Z BT FMA47.625 KAFA 8, KCP 8
4315R/L -00Z KCP 8
4200R/L2 -00Z APR200
4250R/L2 -00Z APR250
4315R/L2 -00Z APR300
4355R/L2 -00Z APR355
4400R/L2 -00Z APR400
4450R/L2 -00Z APR450
SQN 3080R/L -00Z BT FMA25.4 KAFA 3
(SFN) 3100R/L -00Z BT FMA31.75 KAFA 4
(SEN) 3125R/L -00Z BT FMA38.1 KAFA 5
(SAN) 3160R/L -00Z BT FMA50.8 KAFA 6
3200R/L -00Z BT FMA47.625 KAFA 8, KCP 8
3250R/L -00Z BT FMA47.625 KAFA 8, KCP 8
3315R/L -00Z KCP 8
3200R/L2 -00Z APR200
3250R/L2 -00Z APR250
3315R/L2 -00Z APR300
3355R/L2 -00Z APR355
3400R/L2 -00Z APR400
3450R/L2 -00Z APR450
423
Pipe tooling example
Edge miller
Pipe tooling example
Scalping insert for welded part
For external
For internal
424
Gear tooling example
Involute Cutter
Gear tooling example
425
Automobile engine tooling example
Top Face - Cube Mill(Roughing) Top Face- High feed Cutter(Finishing)
8 corner per insert available
Automobile engine tooling example
Side Boss Face - Alpha Mill
Bearing Cap Seat Face - Form Cutter Crank Bore(Crankshaft Bearing Bore) - Form Cutter
426
Cylinder Bore - Boring Cutter Cylinder Bore - Boring Cutter
Automobile engine tooling example
Front & Rear Face - Cube Couple Mill
High feed cutter made of aluminum
Due to the light weight, it s easy to
handle & effective to prevent accident
Cheek Faces - Gang Cutter Cheek Faces - Gang Cutter
427
Automobile engine tooling example(Head)
Top Face(Roughing & Finishing) - High Feed Cutter Top Face(Roughing & Finishing) - Aero Mill
Carbide insert, PCD insert Due to the light weight of aluminum body that about
50% of steel body, excellent cutting performance
with high speed machining can be achieved.
Automobile engine tooling example
Top Face(Drilling) - Mach Drill
Bottom Face(Roughing & Finishing) - High feed Cutter
Carbide insert, PCD insert
428
Valve Seat - Apolo Cutter(Special Boring Holder)
Automobile engine tooling example
Cam Journal Bore - High Speed Reamer
Available for high speed machining
Excellent surface finish & roundness
Cam Shaft Bearing Seat - Line Boring Bar
Stable machining at high speed without chattering
429
Automobile engine tooling example(Crank shaft)
Taper Spline Structure
(Rigidity has been enhanced due to increased contact area)
Pin & Journal - Crankshaft Cutter(Internal / External)
Automobile engine tooling example
Oil Bore - Mach Long Drill(MLD)
Post End - Alpha Mill
430
Flange End - Alpha Mill
Automobile engine tooling example
Oil Bore - Mach Long Drill(MLD)
Oil Bore - Mach Long Drill(MLD)
Machining without step feed operation for deep hole
drilling like 20D
Optimal performance with MQL System
431
KORLOY Endmill series
Bottom cutting Peripheral cutting Nunber of
Usage Designation Coating Appearance Cutting edge length
edge shape edge shape cutting edge
General cutting
MSE2000 2 0.4~1.0 P. 438
(grooving)
HSE2000 2 1~8
High hardness HSE4000 4 4~10
P. 448
mold HSE6000 6 6~12
HSE8000 8 10~20
SSE2000 2 1~20
P. 439
SSE2000-Q 2 1~20
General cutting SSE3000 3 2~20
(side cutting) SSE3000-Q 3 3~20
P. 440
Straight SSE4000 4 3~20
Square
SSE4000-Q 4 3~20
SSEA2000 2 1~20
P. 443
SSEA3000 3 2~15
For aluminum
ZSEA200 2 15~50 P. 452
For stainless
SSES3000-Q 3 3~20 P. 445
steel
Endmill
ZSE200 2 14~50
P. 450, 451
ZSE300 3 14~50
For cast iron, ZSE400 4 14~50
non-ferrous P. 451
metal ZSE600 6 34~50
ZSEL200 2 14~40
P. 453
ZSEL400 4 14~50
High hardness HSBE2000 2 1~20
P. 446
mold HSBE4000 4 8~20
For deep LSBE2000 2 3~25
pocketing of P. 442
mold LSBE2000-Q 2 3~25
MSBE2000 2 0.4~1.0 P. 438
Straight
General cutting SSBE2000 2 1~20
Ball
(fine finishing) SSBE2000-Q 2 1~20
P. 441
SSBE4000 4 3~20
SSBE4000-Q 4 3~20
For aluminum SSBEA2000 2 1~20 P. 444
For cast iron,
non-ferrous ZSBE200 2 13~50 P. 449
metal
Corner High hardness P. 447
Straight HSRE4000 4 3~20
Radius mold
432
Under C 0.25~ Over Alloy Under HRC HRC HRC Gray cast Copper Stainless
Aluminum Titanium
C 0.2% 0.4% C 0.45% steel HRC 35 35~45 45~50 50~75 iron steel
Endmill
: Superior : Equivalent
433
Technical Guide of Endmill
Terminology of Endmill
Diameter Shank diameter
Cutting length Shank length
Total length
Peripheral cutting edge
Coner
Helix angle
The 2nd relief angle
The 2nd end relief angle The 3rd relief angle
End Cutting edge
The 3rd end relief angle
Concavity angle
Trouble Shooting for Endmilling
Endmill
Solution
Cutting conditions Tool shape Grade The others
Mechanical rigidity
Numbers of teeth
Mechanical chattering
Workpiece setting
Problems Cause
Up & Dowm cut
Cutting speed
Cutting length
Depth of cut
Chip pocket
Relief angle
Toughness
Lead angle
Overhang
Hardness
Feed rate
Honning
Coolant
Excessive
wear Improper cutting conditions
on periphery
Cutting edge breakage
Improper cutting conditions
Chipping Generation of built-up edge
Insufficient tool rigidity
Improper tool grade
Breakage Improper cutting conditions
while cutting Excessive cutting load
Excessive overhang
Generation of built-up edge
Poor surface finish Generation of chattering
Lack of square
Oversize or Improper cutting conditions
undersize Improper choice of endmill type
Excessive cutting rate
Poor chip control Improper chip bocket
Improper cutting conditions
: Increase : Decrease : Application : Proper application
434
Recommendation of Endmill for high speed machining
HSBE2000 Recommended Cutting Condition
Work piece Pre-harden steel, Tool steel (High speed cutting condition) Stainless steel
Diameter ( ) (Under HRC48) (Under HRC52) (Over HRC53) Titanium alloy
V 380~400~420 340~360~380 280~300~320 60~75~90
R0.5~R1.4
f 0.025~0.050 0.025~0.050 0.025~0.050 0.003~0.005
V 380~400~420 340~360~380 280~300~320 60~75~90
R1.5~R2.5
f 0.040~0.050 0.040~0.050 0.040~0.050 0.007~0.013
V 380~400~420 340~360~380 280~300~320 60~75~90
R3.0~R6.0
f 0.050~0.080 0.050~0.080 0.050~0.080 0.017~0.033
V 380~400~420 340~360~380 280~300~320 60~75~90
R7.0~R12.5
f 0.090~0.100 0.090~0.100 0.090~0.100 0.040~0.057
1. High Speed Machining ; Ad=0.015~0.03X , Pf=f(mm/rev)
2. General Performance ; Ad=0.2~0.3X (R 1.0,0.2X ), Pf=max0.7X (R 1.0,0.6X )
3. Using a speed (V) calculated with effective cutting diameter
Using a maximum RPM, when the machine can't reach up to proper Speed.
HSBE4000 Recommended Cutting Condition
Work piece Carbon steel, Alloy steel Heat treated
Cast iron
(Under HRC25) (Under HRC45) steel(Under HRC65)
Endmill
Diameter ( )
V 80~100~120 50~60~70 20~30~40 100~120~150
3.0~5.9
f 0.018~0.036 0.009~0.018 0.009~0.018 0.027~0.060
V 80~100~120 50~60~70 20~30~40 100~120~150
6.0~12.9
f 0.038~0.070 0.019~0.035 0.019~0.035 0.065~0.157
V 80~100~120 50~60~70 20~30~40 100~120~150
13.0~20.0
f 0.075~0.125 0.040~0.075 0.010~0.075 0.160~0.250
1. Shoulder cutting ; Ad=1.5X , Rd=0.1X
HSBE6000 Recommended Cutting Condition
Work piece Carbon steel, Alloy steel Heat treated
Cast iron
Diameter ( ) (Under HRC25) (Under HRC45) steel(Under HRC65)
V 80~100~120 50~60~70 20~30~40 100~120~150
6.0~12.0
f 0.082~0.120 0.050~0.090 0.020~0.038 0.080~0.220
V 80~100~120 50~60~70 20~30~40 100~120~150
16.0~25.0
f 0.120~0.130 0.090~0.100 0.038~0.050 0.250~0.350
V 80~100~120 50~60~70 20~30~40 100~120~150
16.0~25.0
f 0.120~0.130 0.090~0.100 0.038~0.050 0.250~0.350
1. Shoulder cutting ; Ad=1.5X , Rd=0.2~0.025X
435
Technical Guide of Endmill
Recommendation for Endmilling
Q-Max, Two flute Endmill - Grooving
Workpiece General steels, General steels, General steels, General steels,
General cast iron, Stainless steels,
Alloy steels Alloy steels Alloy steels Alloy steels
Cutting Special cast Iron Titanium alloys
conditions (Less than HRC20) (HRC20~30) (HRC30~40) (HRC40)
Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed
Cutting diameter(mm) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min)
1 37,500 185 31,300 150 25,400 130 19,500 80 39,700 370 16,000 45
2 18,800 190 15,800 230 12,700 180 9,700 80 19,800 450 8,000 65
3 12,600 310 10,600 260 8,200 190 6,400 80 12,900 450 5,300 65
4 9,500 310 7,900 260 6,400 190 4,800 80 9,800 450 4,000 65
5 7,500 310 6,300 260 5,400 190 3,900 80 7,600 450 3,200 65
6 6,500 310 5,300 260 4,100 190 3,000 80 7,800 660 2,600 65
8 4,800 310 4,000 260 3,200 190 2,500 80 6,000 710 2,000 65
10 3,700 310 3,100 260 2,600 190 1,900 80 4,800 740 1,600 65
12 3,100 310 2,600 260 2,100 190 1,600 80 3,700 780 1,300 65
14 2,700 310 2,300 260 1,800 190 1,400 80 3,400 820 1,100 65
16 2,400 340 2,000 280 1,500 240 1,200 90 3,000 830 1,000 75
18 2,000 340 1,700 280 1,400 240 1,000 100 2,600 890 880 80
20 1,900 340 1,600 280 1,300 240 900 100 2,400 890 800 80
Endmill
25 1,600 340 1,300 280 1,100 240 190 100 1,800 970 640 80
Cutting Diameter under 2.5mm : Ad=0.5 D, over 3.0mm : Rd=0.1 D, Ad=0.1 D
(D ; Cutting Diameter, Ad : Axial Depth, Rd : Radial Depth)
Q-Max, Four flute Endmill - Side facing
Workpiece General steels, General steels, General steels, General steels,
General cast iron, Stainless steels,
Alloy steels Alloy steels Alloy steels Alloy steels
Cutting Special cast Iron Titanium alloys
conditions (Less than HRC20) (HRC20~30) (HRC30~40) (HRC40)
Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed
Cutting diameter(mm) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min)
3 12,600 920 10,600 790 8,200 580 6,400 220 12,900 1370 5,300 200
4 9,500 920 7,900 790 6,400 580 4,800 220 9,800 1370 4,000 200
5 7,500 920 6,300 790 5,100 580 3,900 220 7,600 1370 3,200 200
6 6,100 920 5,300 790 4,100 580 3,000 220 7,800 2000 2,600 200
8 4,800 920 4,000 790 3,200 580 2,500 220 6,000 2120 2,000 200
10 3,700 920 3,100 790 2,600 580 1,900 220 4,800 2230 1,600 200
12 3,100 920 2,600 790 2,100 580 1,600 220 3,700 2340 1,300 200
14 2,700 920 2,300 790 1,800 580 1,400 220 3,400 2450 1,100 200
16 2,400 1020 2,000 860 1,500 690 1,200 270 3,000 2520 1,000 225
18 2,000 1020 1,700 860 1,400 690 1,000 340 2,600 2680 880 240
20 1,900 1020 1,600 860 1,300 690 900 340 2,400 2680 800 240
25 1,600 1020 1,300 860 1,100 690 190 340 1,800 2890 640 240
Cutting Diameter under 2.5mm : Ad=0.25 D, over 3.0mm : Rd=1.0 D
436
Recommendation for Endmilling
Un-coated, Two flute Endmill - Grooving
Workpiece General steels, General steels, General steels,
Stainless steels, General cast iron Copper or Non-
Alloy steels Alloy steels Alloy steels Aluminum alloy
Cutting Titanium alloys Special cast Iron ferrous material
conditions (Less than HRC20) (HRC20~30) (HRC30~40)
Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed
Cutting diameter(mm) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min)
1 11,000 55 9,500 45 8,000 40 16,000 45 13,000 120 32,000 300 24,000 240
2 5,500 80 4,800 70 4,000 55 8,000 65 6,500 150 16,000 320 12,000 240
3 3,700 90 3,200 80 2,600 60 5,300 65 4,200 150 11,000 320 8,000 240
4 2,800 90 2,400 80 2,000 60 4,000 65 3,200 150 8,000 320 6,000 240
5 2,200 90 1,900 80 1,600 60 3,200 65 2,500 150 6,400 320 4,800 240
6 1,800 90 1,600 80 1,000 60 2,600 65 2,100 180 5,300 340 4,000 260
8 1,400 90 1,200 80 1,000 60 1,300 65 1,600 190 4,000 340 3,000 260
10 1,100 90 950 80 800 60 2,000 65 1,300 200 3,200 340 2,400 260
12 900 90 800 80 660 60 1,600 65 1,000 210 2,600 340 2,000 260
14 800 90 700 80 570 60 1,100 65 900 220 2,300 340 1,700 260
16 700 100 600 85 500 75 1,000 75 800 225 2,000 340 1,500 260
18 600 100 530 85 440 75 880 80 700 240 1,800 340 1,300 260
20 550 100 480 85 400 75 800 80 640 240 1,600 340 1.200 260
Endmill
25 450 100 380 85 320 75 640 80 500 260 1,300 340 1,000 260
When tools are used under the different r.p.m., please, increase or decrease the feed rate with the same ratio between r.p.m. and feed mentioned in above chart.
In case of aluminum endmilling, when revolution of machine can't be increased to the recommended r.p.m. mentioned, please, supply coolant oil sufficiently.
Un-coated, Four flute Endmill - Side facing
Workpiece General steels, General steels, General steels,
Stainless steels, General cast iron, Copper or Non-
Cutting Alloy steels Alloy steels Alloy steels Aluminum alloy
Titanium alloys Special cast Iron ferrous material
conditions (Less than HRC20) (HRC20~30) (HRC30~40)
Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed Revolution Feed
Cutting diameter(mm) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min) (rpm) (mm/min)
3 3,700 270 3,200 240 2,600 180 5,300 200 4,200 450 11,000 960 8,000 720
4 2,800 270 2,400 240 2,000 180 4,000 200 3,200 450 8,000 960 6,000 720
5 2,200 270 1,900 240 1,600 180 3,200 200 2,500 450 6,400 960 4,800 720
6 1,800 270 1,600 240 1,300 180 2,600 200 2,100 540 5,300 1,020 4,000 780
8 1,400 270 1,200 240 1,000 180 2,000 200 1,600 570 4,000 1,020 3,000 780
10 1,100 270 950 240 800 180 1,600 200 1,300 600 3,200 1,020 2,400 780
12 900 270 800 240 660 180 1,300 200 1,000 630 2,600 1,020 2,000 780
14 800 270 700 240 570 180 1,100 200 900 660 2,300 1,020 1,700 780
16 700 300 600 260 500 220 1,000 225 800 680 2,000 1,020 1,500 780
18 600 300 530 260 440 220 880 240 700 720 1,800 1,020 1,300 780
20 550 300 480 260 400 220 800 240 640 720 1,600 1,020 1,200 780
25 450 300 380 260 320 220 640 240 500 780 1,300 1,020 1,000 780
When tools are used under the different r.p.m., please, increase or decrease the feed rate with the same ratio between r.p.m. and feed mentioned in above chart.
In case of aluminum endmilling, when revolution of machine can't be increased to the recommended r.p.m. mentioned, please, supply coolant oil sufficiently.
437
Endmill
MSE2000 MSBE2000
Miniature Carbide Solid Endmill Miniature Carbide Solid Ball Endmill
Tolerance of Endmill Diameter
MSE 0 ~ -0.02
MSBE _ 0.01
+
(mm)
Designation Stock D d 1 L Helix angle R
MILLING
MSE 2004 2 0.4 6.0 0.8 1.2 50.0 30° -
2004-S 2 0.4 3.0 0.8 1.2 45.0 30° -
2005 2 0.5 6.0 1.0 1.5 50.0 30° -
2005-S 2 0.5 3.0 1.0 1.5 45.0 30° -
2006 2 0.6 6.0 1.2 1.8 50.0 30° -
2006-S 2 0.6 3.0 1.2 1.8 45.0 30° -
2007 2 0.7 6.0 1.4 2.1 50.0 30° -
2007-S 2 0.7 3.0 1.4 2.1 45.0 30° -
2008 2 0.8 6.0 1.6 2..4 50.0 30° -
2008-S 2 0.8 3.0 1.6 2..4 45.0 30° -
2010 2 1.0 6.0 2.0 3.0 50.0 30° -
2010-S 2 1.0 3.0 2.0 3.0 45.0 30° -
MSBE 2004 2 0.4 6.0 0.8 1.2 50.0 30° 0.2
Endmill
2004-S 2 0.4 3.0 0.8 1.2 45.0 30° 0.2
2005 2 0.5 6.0 1.0 1.5 50.0 30° 0.25
2005-S 2 0.5 3.0 1.0 1.5 45.0 30° 0.25
2006 2 0.6 6.0 1.2 1.8 50.0 30° 0.3
2006-S 2 0.6 3.0 1.2 1.8 45.0 30° 0.3
2007 2 0.7 6.0 1.4 2.1 50.0 30° 0.35
2007-S 2 0.7 3.0 1.4 2.1 45.0 30° 0.35
2008 2 0.8 6.0 1.6 2..4 50.0 30° 0.4
2008-S 2 0.8 3.0 1.6 2..4 45.0 30° 0.4
2009 2 0.9 6.0 1.8 2.7 50.0 30° 0.45
2009-S 2 0.9 3.0 1.8 2.7 45.0 30° 0.45
2010 2 1.0 6.0 2.0 3.0 50.0 30° 0.5
2010-S 2 1.0 3.0 2.0 3.0 45.0 30° 0.5
: Stock Item : Under preparing for stock
How to name for order made item : MSE; MSE20 Cutting edge length (l) Endmill total length (L)
MSBE; MSBE20 Cutting edge length (l) Endmill total length (L)
Ex.1) Cutting edge length 0.45, Cutting edge length 1.2, Endmill total length 50 MSE20045 1.2 55L
Ex.2) Ball R0.225( 0.45), cutting edge length 1.2, Endmill total length 55 MSBE20045 1.2 55L
MSE, MSBE is available for endmill diameter under 1.0mm, please refer to SSE-Q, SSBE-Q for the emdmill bigger diameter
than 1.0mm.
438
Endmill
SSE2000 Carbide solid endmill SSE2000-Q Q-Max coated solid endmill
Tolerance of Endmill Diameter
1< D 6 -0.010 ~ -0.030
6< D 10 -0.015 ~ -0.040
10< D 20 -0.020 ~ -0.050
(mm)
Designation Stock Designation Stock D d L Helix angle Note
MILLING
SSE 2010 SSE 2010-Q 2 1.0 6 3 40 30°
2015 2015-Q 2 1.5 6 4 40 30°
2020 2020-Q 2 2.0 6 6 40 30°
2025 2025-Q 2 2.5 6 8 40 30°
2030 2030-Q 2 3.0 6 10 45 30°
2035 2035-Q 2 3.5 6 10 45 30°
2040 2040-Q 2 4.0 6 12 45 30°
2045 2045-Q 2 4.5 6 12 45 30°
2050 2050-Q 2 5.0 6 15 50 30°
2055 2055-Q 2 5.5 6 15 50 30°
2060 2060-Q 2 6.0 6 15 50 30°
2065 2065-Q 2 6.5 8 20 60 30°
2070 2070-Q 2 7.0 8 20 60 30°
Endmill
2075 2075-Q 2 7.5 8 20 60 30°
2080 2080-Q 2 8.0 8 20 60 30°
2085 2085-Q 2 8.5 10 20 70 30°
2090 2090-Q 2 9.0 10 20 70 30°
2095 2095-Q 2 9.5 10 20 70 30°
2100 2100-Q 2 10.0 10 25 70 30°
2105 2105-Q 2 10.5 12 25 75 30°
2110 2110-Q 2 11.0 12 25 75 30°
2115 2115-Q 2 11.5 12 25 75 30°
2120 2120-Q 2 12.0 12 30 75 30°
2130 2130-Q 2 13.0 16 30 90 30°
2140 2140-Q 2 14.0 16 35 90 30°
2150 2150-Q 2 15.0 16 40 90 30°
2160 2160-Q 2 16.0 16 40 90 30°
2180 2180-Q 2 18.0 20 45 105 30°
2200 2200-Q 2 20.0 20 45 105 30°
: Stock Item : Under preparing for stock
How to name for order made item : Coated; SSE2 -Q Cutting edge length Total length L
Non-coated; SSE2 Cutting edge length Total length L
Ex.1) General use, Coated, Square, 2Flute, Cutting edge diameter 6.3, Cutting edge length 16, Total length 90 SSE2063-Q 16 90L
Ex.2) General use, Coated, Square, 2Flute, Cutting edge diameter 6.3, Standard type SSE2063-Q
439
Endmill
SSE3000/4000 SSE3000-Q/4000-Q
Carbide solid endmill Q-Max coated solid endmill
Tolerance of Endmill Diameter
1< D 6 -0.010 ~ -0.030
6< D 10 -0.015 ~ -0.040
10< D 20 -0.020 ~ -0.050
(mm)
Designation Stock Designation Stock D d L Helix angle Note
MILLING
SSE 3020 SSE 3020-Q 3 2.0 6 6 40 30°
3030 3030-Q 3 3.0 6 10 45 30°
3035 3035-Q 3 3.5 6 10 45 30°
3040 3040-Q 3 4.0 6 12 45 30°
3050 3050-Q 3 5.0 6 15 50 30°
3060 3060-Q 3 6.0 6 15 50 30°
3070 3070-Q 3 7.0 8 20 60 30°
3080 3080-Q 3 8.0 8 20 60 30°
3090 3090-Q 3 9.0 10 20 70 30°
3100 3100-Q 3 10.0 10 25 70 30°
3110 3110-Q 3 11.0 12 25 75 30°
3120 3120-Q 3 12.0 12 30 75 30°
3013 3013-Q 3 13.0 16 30 90 30°
Endmill
3140 3140-Q 3 14.0 16 35 90 30°
3150 3150-Q 3 15.0 16 40 90 30°
4025 4025-Q 4 2.5 6 8 40 30°
4030 4030-Q 4 3.0 6 10 45 30°
4040 4040-Q 4 4.0 6 12 45 30°
4050 4050-Q 4 5.0 6 15 50 30°
4060 4060-Q 4 6.0 6 15 50 30°
4070 4070-Q 4 7.0 8 20 60 30°
4080 4080-Q 4 8.0 8 20 60 30°
4085 4085-Q 4 8.5 10 20 70 30°
4090 4090-Q 4 9.0 10 20 70 30°
4100 4100-Q 4 10.0 10 25 70 30°
4110 4110-Q 4 11.0 12 25 75 30°
4120 4120-Q 4 12.0 12 30 75 30°
4130 4130-Q 4 13.0 16 30 90 30°
4140 4140-Q 4 14.0 16 35 90 30°
4150 4150-Q 4 15.0 16 40 90 30°
4160 4160-Q 4 16.0 16 40 90 30°
4180 4180-Q 4 18.0 20 45 105 30°
4200 4200-Q 4 20.0 20 45 105 30°
: Stock Item : Under preparing for stock
How to name for order made item: Coated; SSE -Q Cutting edge length-Total length L
Non-coated; SSE Cutting edge length-Total length L
Ex.1) General use, Coated, Square, 3Flute, Cutting edge diameter 6.3, Cutting edge length16, Total length90 SSE3063-Q 16 90L
Ex.2) General use, Coated, Square, 3Flute, Cutting edge diameter 6.3, Standard type SSE3063-Q
440
Endmill
SSBE2000/4000 SSBE2000-Q/4000-Q
Carbide solid endmill Q-Max coated solid endmill
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock Designation Stock D d L Helix angle Note
MILLING
SSBE 2010 SSBE2010-Q 2 0.5 6 3 70 30°
2013 2013-Q 2 0.65 6 4 70 30°
2015 2015-Q 2 0.75 6 4 70 30°
2020 2020-Q 2 1.0 6 6 70 30°
2025 2025-Q 2 1.25 6 8 70 30°
2030 2030-Q 2 1.5 6 10 70 30°
2035 2035-Q 2 1.75 6 10 70 30°
2040 2040-Q 2 2.0 6 12 70 30°
2050 2050-Q 2 2.5 6 15 80 30°
2060 2060-Q 2 3.0 6 15 80 30°
2070 2070-Q 2 3.5 8 20 90 30°
2080 2080-Q 2 4.0 8 20 90 30°
2090 2090-Q 2 4.5 10 25 100 30°
Endmill
2100 2100-Q 2 5.0 10 25 100 30°
2110 2110-Q 2 5.5 12 30 110 30°
2120 2120-Q 2 6.0 12 30 110 30°
2130 2130-Q 2 6.5 16 35 120 30°
2140 2140-Q 2 7.0 16 35 120 30°
2150 2150-Q 2 7.5 16 40 120 30°
2160 2160-Q 2 8.0 16 40 120 30°
2180 2180 -Q 2 9.0 20 45 130 30°
2200 2200 -Q 2 10.0 20 45 130 30°
4060 4060-Q 4 3.0 6 15 80 30°
4070 4070-Q 4 3.5 8 20 90 30°
4080 4080-Q 4 4.0 8 20 90 30°
4090 4090-Q 4 4.5 10 25 100 30°
4100 4100-Q 4 5.0 10 25 100 30°
4110 4110-Q 4 5.5 12 30 110 30°
4120 4120-Q 4 6.0 12 30 110 30°
4130 4130-Q 4 6.5 16 35 120 30°
4140 4140-Q 4 7.0 16 35 120 30°
4150 4150-Q 4 7.5 16 40 120 30°
4160 4160-Q 4 8.0 16 40 120 30°
4180 4180-Q 4 9.0 20 45 130 30°
4200 4200-Q 4 10.0 20 45 130 30°
: Stock Item : Under preparing for stock
How to name for order made item: Coated; SSBE -Q Cutting edge length-Total length L
Non-coated; SSBE Cutting edge length-Total length L
Ex.1) General use, Coated, Ball, 3Flute, Cutting edge diameter 6.3, Cutting edge length16, Total length90 SSBE3063-Q 16 90L
Ex.2) General use, Coated, Ball, 3Flute, Cutting edge diameter 6.3, Standard type SSBE3063-Q
441
Endmill
LSBE2000 LSBE2000-Q
Carbide solid Long endmill Q-Max coated solid Long endmill
Tolerance of Endmill Diameter
Every size -0.008 ~ -0.053
(mm)
Designation Stock Designation Stock R d 1 L Note
MILLING
LSBE 2030 LSBE 2030-Q 2 1.5 6 4 35 100
2040 2040-Q 2 2.0 6 6 35 100
2050 2050-Q 2 2.5 8 7 40 115
2060 2060-Q 2 3.0 8 8 45 115
2070 2070-Q 2 3.5 10 10 45 125
2080 2080-Q 2 4.0 10 12 55 125
2090 2090-Q 2 4.5 12 15 65 140
2100 2100-Q 2 5.0 12 15 65 140
2110 2110-Q 2 5.5 16 20 75 150
2120 2120-Q 2 6.0 16 28 75 150
2130 2130-Q 2 6.5 16 32 75 155
2140 2140-Q 2 7.0 16 32 75 155
2150 2150-Q 2 7.5 16 36 75 155
Endmill
2160 2160-Q 2 8.0 16 36 75 155
2180 2180-Q 2 9.0 20 40 75 155
2200 2200-Q 2 10.0 20 46 75 160
2220 2220-Q 2 11.0 25 50 80 165
2230 2230-Q 2 11.5 25 50 80 165
2240 2240-Q 2 12.0 25 55 85 170
2250 2250-Q 2 12.5 25 55 85 170
: Stock Item : Under preparing for stock
How to name for order made item: Coated; LSBE2000-Q Cutting edge length Neck length N Total length L
Non-coated; LSBE2000 Cutting edge length Neck length N Total length L
Ex.1) Coated, Ball, 2Flute, Cutting edge diameter 8.3, Cutting edge length 13,Neck length 60 Total length 130 LSBE2083-Q 13 60N 130L
Ex.2) Coated, Ball, 2Flute, Cutting edge diameter 8.3, Standard type LSBE2083-Q
442
Endmill
SSEA2000/3000 Solid endmill for copper & aluminum alloys
Tolerance of Endmill Diameter
1< D 6 -0.010 ~ -0.030 -0.004 ~ -0.030
6< D 10 -0.015 ~ -0.040 -0.005 ~ -0.040
10< D 20 -0.020 ~ -0.050 -0.005 ~ -0.050
(mm)
Designation Stock D d L Helix angle Note
MILLING
SSEA 2010 2 1.0 6 3 40 45°
2015 2 1.5 6 4 40 45°
2020 2 2.0 6 6 40 45°
2025 2 2.5 6 8 40 45°
2030 2 3.0 6 10 45 45°
2035 2 3.5 6 10 45 45°
2040 2 4.0 6 12 45 45°
2050 2 5.0 6 15 50 45°
2060 2 6.0 6 15 50 45°
2070 2 7.0 8 20 60 45°
2080 2 8.0 8 20 60 45°
2090 2 9.0 10 20 70 45°
2100 2 10.0 10 25 70 45°
Endmill
2110 2 11.0 12 25 75 45°
2120 2 12.0 12 30 75 45°
2130 2 13.0 16 30 90 45°
2140 2 14.0 16 35 90 45°
2150 2 15.0 16 40 90 45°
2160 2 16.0 16 40 90 45°
2180 2 18.0 20 45 110 45°
2200 2 20.0 20 45 110 45°
3020 3 2.0 6 6 40 45°
3030 3 3.0 6 10 45 45°
3035 3 3.5 6 10 45 45°
3040 3 4.0 6 12 45 45°
3050 3 5.0 6 15 50 45°
3060 3 6.0 6 15 50 45°
3070 3 7.0 8 20 60 45°
3080 3 8.0 8 20 60 45°
3090 3 9.0 10 20 70 45°
3100 3 10.0 10 25 70 45°
3110 3 11.0 12 25 75 45°
3120 3 12.0 12 30 75 45°
3130 3 13.0 16 30 90 45°
3140 3 14.0 16 35 90 45°
3150 3 15.0 16 40 90 45°
3160
How to name for order made item: SSEA Cutting edge length Total length L : Stock Item : Under preparing for stock
Ex.1) 3Flute, Cutting edge diameter 6.3, Cutting edge length 17, Total length 60 SSEA3063 17 60L
Ex.2) 3Flute, Cutting edge diameter 6.3,Standard type SSEA3063
Machining properties of Copper & Aluminum alloys
1. Low cutting load and easy to chip control but tend to make build up edge.
2. Tolerance of machined work piece can be affected by temperature generated during cutting due to its
high thermal expansion coefficient.
3. Since it has low hardness, it can be easily affected (scratch) by machined chips.
443
Endmill
SSBEA2000 Solid ball endmill for copper & aluminum alloys
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock R d L Helix angle Note
MILLING
SSBEA 2010 2 0.5 6 3 70 30°
2015 2 0.75 6 4 70 30°
2020 2 1.0 6 6 70 30°
2025 2 1.25 6 8 70 30°
2030 2 1.5 6 10 70 30°
2035 2 1.75 6 10 70 30°
2040 2 2.0 6 12 70 30°
2045 2 2.25 6 15 80 30°
2050 2 2.5 6 15 80 30°
2055 2 2.75 6 15 80 30°
2060 2 3.0 6 15 80 30°
2065 2 3.25 8 20 90 30°
2070 2 3.5 8 20 90 30°
Endmill
2075 2 3.75 8 20 90 30°
2080 2 4.0 8 20 90 30°
2085 2 4.25 10 25 100 30°
2090 2 4.5 10 25 100 30°
2100 2 5.0 10 25 100 30°
2110 2 5.5 12 30 110 30°
2120 2 6.0 12 30 110 30°
2130 2 6.5 16 35 120 30°
2140 2 7.0 16 35 120 30°
2150 2 7.5 16 40 120 30°
2160 2 8.0 16 40 120 30°
2170 2 8.5 20 40 130 30°
2180 2 9.0 20 45 130 30°
2190 2 9.5 20 45 130 30°
2200 2 10.0 20 45 130 30°
: Stock Item : Under preparing for stock
How to name for order made item : SSBEA2 Cutting edge length Total length L
Ex.1) 2Flute, Cutting edge diameter 6.3, Cutting edge length 17, Total length 60 SSBEA2063 17 60L
Ex.2) 2Flute, Cutting edge diameter 6.3,Standard type SSBEA2063
Technical guide for Copper & Aluminum alloy machining
1. Use sharp cutting edge with high rake angle to reduce cutting load and prevent build up edge.
2. It is favorable to get better productivity and surface finish of work piece that increase cutting speed, reduce
depth of cut.
444
Endmill
SSES3000-Q Solid endmill for Stainless steel
Tolerance of Endmill Diameter
1< D 6 -0.018~-0.038
6< D 10 -0.023~-0.048
10< D 20 -0.028~-0.058
(mm)
Designation Stock D d L Helix angle Note
MILLING
SSES 3030-Q 3 3.0 6 10 45 50°
3035-Q 3 3.5 6 10 45 50°
3040-Q 3 4.0 6 12 45 50°
3045-Q 3 4.5 6 12 45 50°
3050-Q 3 5.0 6 15 50 50°
3055-Q 3 5.5 6 15 50 50°
3060-Q 3 6.0 6 15 50 50°
3065-Q 3 6.5 8 20 60 50°
3070-Q 3 7.0 8 20 60 50°
3075-Q 3 7.5 8 20 60 50°
3080-Q 3 8.0 8 20 60 50°
3085-Q 3 8.5 10 20 70 50°
3090-Q 3 9.0 10 20 70 50°
Endmill
3095-Q 3 9.5 10 20 70 50°
3100-Q 3 10.0 10 25 70 50°
3110-Q 3 11.0 12 25 75 50°
3120-Q 3 12.0 12 30 75 50°
3130-Q 3 13.0 16 30 90 50°
3140-Q 3 14.0 16 35 90 50°
3150-Q 3 15.0 16 40 90 50°
3160-Q 3 16.0 16 40 90 50°
3170-Q 3 17.0 20 40 100 50°
3180-Q 3 18.0 20 45 100 50°
3190-Q 3 19.0 20 45 110 50°
3200-Q 3 20.0 20 45 110 50°
: Stock Item : Under preparing for stock
How to name for order made item: SSES3 -Q Cutting edge length Total length L
Ex.1) 3Flute, Cutting edge diameter 6.3, Cutting edge length 17, Total length 60 SSES3063-Q 17 60L
Ex.2) 3Flute, Cutting edge diameter 6.3,Standard type SSES3063-Q
Special Features of KORLOY endmill for Stainless steel machining
1. Side cutting and grooving : High rake angle with round shape chip pocket to reinforce the rigidity of endmill.
2. Drilling : Reduce point angle to enhance machine-ability of chisel part, and employing cross-thinning to
reduce trust.
445
Endmill
HSBE2000/4000 Z-Max ball endmill for high-speed cutting
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.030
(mm)
Designation Stock D d 1 L Note
MILLING
HSBE 2010 2 1.0 6 1 2 60
2015 2 1.5 6 2 4 60
2020 2 2.0 6 2.5 4 60
2025 2 2.5 6 4 6 60
2030 2 3.0 6 4 6 60
2035 2 3.5 6 5 8 65
2040 2 4.0 6 5 8 65
2045 2 4.5 6 6 10 65
2050 2 5.0 6 6 10 65
2055 2 5.5 6 7 12 75
2060 2 6.0 6 7 12 75
2065 2 6.5 8 7 15 75
2070 2 7.0 8 8 20 75
Endmill
2080 2 8.0 8 9 25 75
2090 2 9.0 10 10 30 80
2100 2 10.0 10 11 30 80
2110 2 11.0 12 12 35 85
2120 2 12.0 12 12 36 90
2130 2 13.0 16 14 36 90
2140 2 14.0 16 14 36 90
2150 2 15.0 16 16 36 90
2160 2 16.0 16 16 36 100
2170 2 17.0 20 18 45 100
2180 2 18.0 20 18 45 100
2190 2 19.0 20 20 53 110
2200 2 20.0 20 20 53 110
4080 4 8.0 8 9 25 75
4090 4 9.0 10 10 30 80
4100 4 10.0 10 11 30 80
4120 4 12.0 12 12 36 90
4130 4 13.0 16 14 36 90
4140 4 14.0 16 14 36 90
4150 4 15.0 16 16 36 90
4160 4 16.0 16 16 36 100
4170 4 17.0 20 18 45 100
4180 4 18.0 20 18 45 100
4190 4 19.0 20 20 53 110
4200 4 20.0 20 20 53 110
: Stock Item : Under preparing for stock
How to name for order made item: HSBE Cutting edge length Total length L
Ex.1) 2Flute, Cutting edge diameter 6.3, Cutting edge length 10, Total length 60 HSBE2063 10 60L
Ex.2) 2Flute, Cutting edge diameter 6.3,Standard type HSBE2063
446
Endmill
HSRE4000 Z-Max corner radius endmill for high-speed cutting
Tolerance of Endmill Diameter
3< D 6 -0.010 ~ -0.030
6< D 20 -0.015 ~ -0.040
(mm)
Designation Stock D d 1 L Note
MILLING
HSRE 4030 4 3.0 1.0 6 4 9 60
4035 4 3.5 1.0 6 5 10 65
4040 4 4.0 1.0 6 5 10 65
4045 4 4.5 1.0 6 6 13 65
4050 4 5.0 1.0 6 6 13 65
4055 4 5.5 1.5 6 7 15 75
4060 4 6.0 1.5 6 7 15 75
4065 4 6.5 1.5 8 7 15 75
4070 4 7.0 2.0 8 8 15 75
4075 4 7.5 2.0 8 8 15 75
4080 4 8.0 2.0 8 9 20 75
4085 4 8.5 2.0 10 9 20 75
4090 4 9.0 2.5 10 10 20 80
Endmill
4095 4 9.5 2.5 10 10 20 80
4100 4 10.0 2.5 10 11 25 80
4105 4 10.5 2.5 12 11 25 85
4110 4 11.0 3.0 12 11 25 85
4115 4 11.5 3.0 12 13 25 90
4120 4 12.0 3.0 12 13 25 90
4125 4 12.5 3.0 16 13 25 90
4130 4 13.0 3.5 16 14 25 95
4135 4 13.5 3.5 16 14 25 95
4140 4 14.0 3.5 16 14 25 95
4145 4 14.5 4.0 16 16 25 95
4150 4 15.0 4.0 16 16 25 100
4155 4 15.5 4.0 16 17 32 100
4160 4 16.0 4.0 16 17 32 100
4165 4 16.5 4.0 18 17 32 105
4170 4 17.0 4.5 18 17 32 105
4175 4 17.5 4.5 18 18 32 105
4180 4 18.0 5.0 18 18 32 110
4185 4 18.5 5.0 20 20 32 110
4190 4 19.0 5.5 20 20 32 110
4195 4 19.5 5.5 20 20 32 115
4200 4 20.0 6.0 20 25 32 115
: Stock Item : Under preparing for stock
How to name for order made item : HSRE4 -R Size Cutting edge length Total length L
Ex.1) 4Flute, Cutting edge diameter 6.3, Cutting edge length 15, Total length 60 HSRE4063-R0.5 15 60L
Ex.2) 4Flute, Cutting edge diameter 6.3,Standard type HSRE4063
447
Endmill
HSE2000/4000/6000/8000 Z-Max coated endmill for high-speed cutting
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.030
(mm)
Designation Stock D d L Helix angle Note
MILLING
HSE 2010 2 1.0 6 4 45 45°
2015 2 1.5 6 4 45 45°
2020 2 2.0 6 6 45 45°
2025 2 2.5 6 6 45 45°
2030 2 3.0 6 8 50 45°
2035 2 3.5 6 8 50 45°
2040 2 4.0 6 10 50 45°
2045 2 4.5 6 10 50 45°
2050 2 5.0 6 12 50 45°
2055 2 5.5 6 12 50 45°
2060 2 6.0 6 12 50 45°
2065 2 6.5 8 12 50 45°
2070 2 7.0 8 16 60 45°
Endmill
2080 2 8.0 8 16 60 45°
4030 4 3.0 6 8 50 45°
4035 4 3.5 6 8 50 45°
4040 4 4.0 6 10 50 45°
4045 4 4.5 6 10 50 45°
4050 4 5.0 6 12 50 45°
4055 4 5.5 6 12 50 45°
4060 4 6.0 6 12 50 45°
4065 4 6.5 8 12 50 45°
4070 4 7.0 8 16 60 45°
4080 4 8.0 8 16 60 45°
4090 4 9.0 10 20 70 45°
4100 4 10.0 10 20 70 45°
6060 6 6.0 6 12 50 45°
6065 6 6.5 8 12 50 45°
6070 6 7.0 8 16 60 45°
6075 6 7.5 8 16 60 45°
6080 6 8.0 8 16 60 45°
6085 6 8.5 10 20 70 45°
6090 6 9.0 10 20 70 45°
6100 6 10.0 10 20 70 45°
6110 6 11.0 12 24 75 45°
6120 6 12.0 12 24 75 45°
8100 8 10.0 10 20 70 45°
8110 8 11.0 12 24 75 45°
8120 8 12.0 12 24 75 45°
8130 8 13.0 16 28 80 45°
8140 8 14.0 16 28 80 45°
8150 8 15.0 16 32 90 45°
8160 8 16.0 16 32 90 45°
8180 8 18.0 18 35 105 45°
8200 8 20.0 20 40 105 45°
: Stock Item : Under preparing for stock
How to name for order made item : HSE Cutting edge length Total length L
Ex.1) 6Flute, Cutting edge diameter 6.3, Cutting edge length 15, Total length 60 HSE6063 15 60L
Ex.2) 6Flute, Cutting edge diameter 6.3,Standard type HSE6063
448
Endmill
ZSBE200 Brazing spiral ball endmill
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock R D d L Note
MILLING
ZSBE 213 2 6.5 13.0 16 30 100
214 2 7.0 14.0 16 30 100
215 2 7.5 15.0 16 35 100
216 2 8.0 16.0 20 35 100
217 2 8.5 17.0 20 35 110
218 2 9.0 18.0 20 35 110
219 2 9.5 19.0 20 35 110
220 2 10.0 20.0 20 35 110
221 2 10.5 21.0 20 35 110
222 2 11.0 22.0 20 35 110
223 2 11.5 23.0 25 40 120
224 2 12.0 24.0 25 40 120
225 2 12.5 25.0 25 40 120
Endmill
230 2 15.0 30.0 32 40 130
231 2 15.5 31.0 32 40 130
232 2 16.0 32.0 32 50 130
233 2 16.5 33.0 32 50 140
234 2 17.0 34.0 32 50 150
235 2 17.5 35.0 32 50 150
236 2 18.0 36.0 32 50 150
237 2 18.5 37.0 32 50 160
238 2 19.0 38.0 32 50 160
239 2 19.5 39.0 32 50 160
240 2 20.0 40.0 32 50 160
245 2 22.5 45.0 32 50 170
250 2 25.0 50.0 32 50 170
235S 2 17.5 35.0 42 50 150
236S 2 18.0 36.0 42 50 150
237S 2 18.5 37.0 42 50 160
238S 2 19.0 38.0 42 50 160
239S 2 19.5 39.0 42 50 160
240S 2 20.0 40.0 42 50 160
245S 2 22.5 45.0 42 50 170
250S 2 25.0 50.0 42 50 170
: Stock Item : Under preparing for stock
How to name for order made item : ZSBE2 Cutting edge length Total length L
Ex.1) 2Flute, Cutting edge diameter 6.3, Cutting edge length 10, Total length 60 ZSBE2063 10 60L
Ex.2) 2Flute, Cutting edge diameter 6.3, Standard type ZSBE2063
449
Endmill
ZSE200/300 Brazing spiral endmill
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock D d 1 L Note
MILLING
ZSE 214 2 14.0 16 28 57 95
215 2 15.0 16 28 57 95
216 2 16.0 16 28 57 95
217 2 17.0 20 30 70 115
218 2 18.0 20 30 70 115
219 2 19.0 20 30 70 115
220 2 20.0 20 30 70 115
221 2 21.0 20 35 65 115
222 2 22.0 20 35 65 115
223 2 23.0 25 35 75 125
224 2 24.0 25 35 75 125
225 2 25.0 25 35 75 125
226 2 26.0 25 35 75 125
Endmill
227 2 27.0 25 35 75 125
228 2 28.0 25 35 75 125
229 2 29.0 32 40 95 150
230 2 30.0 32 40 95 150
231 2 31.0 32 40 95 150
232 2 32.0 32 45 90 150
233 2 33.0 32 45 90 150
234 2 34.0 32 50 85 150
235 2 35.0 32 50 85 150
236 2 36.0 32 50 85 150
238 2 38.0 32 55 80 150
238S 2 38.0 42 55 80 150
240 2 40.0 32 60 75 150
240S 2 40.0 42 60 75 150
242 2 42.0 32 60 75 150
244 2 44.0 32 65 80 160
245 2 45.0 32 65 80 160
245S 2 45.0 42 65 80 160
247 2 47.0 32 65 80 160
248 2 48.0 32 65 80 160
248S 2 48.0 42 65 80 160
250 2 50.0 32 65 80 160
250S 2 50.0 42 65 80 160
314 3 14.0 16 28 57 95
315 3 15.0 16 28 57 95
316 3 16.0 16 28 55 95
317 3 17.0 20 30 70 115
318 3 18.0 20 30 70 115
319 3 19.0 20 30 70 115
320 3 20.0 20 30 70 115
322 3 22.0 20 35 65 115
325 3 25.0 25 35 75 125
: Stock Item : Under preparing for stock
How to name for order made item: ZSE Cutting edge length Total length L
Ex.1) 2Flute, Cutting edge diameter 6.3, Cutting edge length 10, Total length 60 ZSBE2063 10 60L
Ex.2) 2Flute, Cutting edge diameter 6.3,Standard type ZSE2063
450
Endmill
ZSE300/400/600 Brazing spiral endmill
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock D d 1 L Note
MILLING
ZSE 326 3 26.0 25 35 75 125
328 3 28.0 25 35 75 125
330 3 30.0 32 40 95 150
332 3 32.0 32 45 90 150
334 3 34.0 32 50 85 150
335 3 35.0 32 50 85 150
338 3 38.0 32 55 85 150
338S 3 38.0 42 55 85 150
340 3 40.0 32 60 75 150
340S 3 40.0 42 60 75 150
342 3 42.0 32 60 75 150
345 3 45.0 32 65 80 160
345S 3 45.0 42 65 80 160
350 3 50.0 32 65 80 160
350S 3 50.0 42 65 80 160
Endmill
414 4 14.0 16 28 57 95
415 4 15.0 16 28 57 95
416 4 16.0 16 28 55 95
417 4 17.0 20 30 70 115
418 4 18.0 20 30 70 115
419 4 19.0 20 30 70 115
420 4 20.0 20 30 70 115
421 4 21.0 20 35 65 115
422 4 22.0 20 35 65 115
423 4 23.0 25 35 75 125
424 4 24.0 25 35 75 125
425 4 25.0 25 35 75 125
426 4 26.0 25 35 75 125
427 4 27.0 25 35 75 125
428 4 28.0 25 35 75 125
429 4 29.0 25 35 75 125
430 4 30.0 32 40 95 150
432 4 32.0 32 45 90 150
435 4 35.0 32 50 85 150
438 4 38.0 32 55 85 150
438S 4 38.0 42 55 85 150
440 4 40.0 32 60 75 150
440S 4 40.0 42 60 75 150
445 4 45.0 32 65 80 160
445S 4 45.0 42 65 80 160
450 4 50.0 32 65 80 160
450S 4 50.0 42 65 80 160
634 6 34.0 32 50 85 150
635 6 35.0 32 50 85 150
638 6 38.0 32 55 80 150
638S 6 38.0 42 55 80 150
640 6 40.0 32 60 75 150
640S 6 40.0 42 60 75 150
645 6 45.0 32 65 80 150
645S 6 45.0 42 65 80 150
650 6 50.0 32 65 80 150
650S 6 50.0 42 65 80 150
: Stock Item : Under preparing for stock
451
Endmill
ZSEA200 Brazing spiral endmill for Al, Cu Cutting
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock D d 1 L Note
MILLING
ZSEA 215 2 15.0 16 28 57 95
216 2 16.0 16 28 55 95
218 2 18.0 20 30 70 115
219 2 19.0 20 30 70 115
220 2 20.0 20 30 70 115
221 2 21.0 20 30 70 115
222 2 22.0 20 35 65 115
223 2 23.0 25 35 75 125
224 2 24.0 25 35 75 125
225 2 25.0 25 35 75 125
228 2 28.0 25 35 75 125
230 2 30.0 32 40 95 150
232 2 32.0 32 45 90 150
238 2 38.0 32 55 80 150
240 2 40.0 32 60 75 150
Endmill
250 2 50.0 32 65 80 160
: Stock Item : Under preparing for stock
How to name for order made item: ZSEA2 Cutting edge length Total length L
Ex.1) 2Flute, Cutting edge diameter 16.3, Cutting edge length 28, Total length 95 ZSEA2163 28 95L
Ex.2) 2Flute, Cutting edge diameter 17.0,Standard type ZSEA217
452
Endmill
ZSEL200/400 Brazing spiral long endmill
Tolerance of Endmill Diameter
Every size 0.000 ~ -0.050
(mm)
Designation Stock D d 1 L Note
MILLING
ZSEL 214 2 14.0 16 50 55 120
216 2 16.0 16 50 55 120
218 2 18.0 20 60 65 140
220 2 20.0 20 60 65 140
222 2 22.0 20 60 65 140
225 2 25.0 25 70 65 150
230 2 30.0 32 80 85 180
232 2 32.0 32 90 85 190
235 2 35.0 32 100 85 200
240 2 40.0 42 100 105 220
245 2 45.0 42 120 95 230
250 2 50.0 42 120 95 230
416 4 16.0 16 50 55 120
Endmill
420 4 20.0 20 60 65 140
425 4 25.0 25 70 65 150
430 4 30.0 32 80 85 180
435 4 35.0 32 100 85 200
440 4 40.0 42 100 105 220
ZSEXL 220 2 20.0 20 120 65 200
222 2 22.0 20 120 65 200
225 2 25.0 25 140 65 220
: Stock Item : Under preparing for stock
How to name for order made item: ZSEL Cutting edge length Total length L
Ex.1) 2Flute, Cutting edge diameter 16.3, Cutting edge length 28, Total length 95 ZSEL2163 28 95L
Ex.2) 2Flute, Cutting edge diameter 17.0,Standard type ZSEL217
453
G T
M
D 0
Drilling
Technical Guide Technical Guide of NPD & SPD 456
Technical Guide of Mach drill 458
Technical Guide of Mach long drill 461
Technical Guide of Drilling 462
Inserts Drilling Inserts 467
Indexable drill SPD 471
NPD 472
Solid drill SSD 474
MSD 475
MSDH 479
MLD 483
MLDP 483
Brazed drill VZD 484
Detail tolerance for drill shank & diameter
Drill diameter( )
h6 h7 x6
Excess downward
- 3 0 ~ -0.006 0 ~ -0.010 +0.020 ~ +0.026
3 6 0 ~ -0.008 0 ~ -0.012 +0.028 ~ +0.036
6 10 0 ~ -0.009 0 ~ -0.015 +0.034 ~ +0.043
10 14 0 ~ -0.011 0 ~ -0.018 +0.040 ~ +0.051
14 18 0 ~ -0.011 0 ~ -0.018 +0.045 ~ +0.056
18 24 0 ~ -0.013 0 ~ -0.021 +0.054 ~ +0.067
Technical Guide of NPD & SPD
Special features
Excellent chip evacuation due to the special flute design.
Long tool life due to the special surface treatment on holder.
Cost effective 4 corner using insert.
Variety of combination with grades & chip breakers as per application.
SPD available 13~ 22, NPD available 23~ 60.
Enhanced chip evacuation quality
Chip evacuation quality has been improved by wide flute space.
Since the flute space has been increased 20% bigger than
conventional drill, chip evacuation quality has been improved.
Excellent chip evacuation even at high feed rate.
Maintain rigidty of shank.
Special surface treatment
SPD (Superior Piercing Drill ) NPD (New Piercing Drill)
Drilling
Available dirlling diameter : 13~ 22(For small diameter) Available dirlling diameter : 23~ 60
Damage on surface of flute & shank by chip & work piece has been minimized due to the special hard coating.
Prolonged tool life.
Attractive silver color.
456
4 corner using insert
SPD insert SPM(E)T Same insert is interchangeable for both position.
Duet to the carefull design of insert seat part & insert chip By using same insert for both position, it s very economical.
breaker, same insert can do different function as per location of Available grade Steel : PC3535 Cast iron : PC6510
holder. Since it makes optimal quality on chip breaking and Stainless steel: PC9530
evacuation of it, SPD is suitable for small diameter drilling. Aluminum : H01
Cost effective square insert available 4 corenrs. Insert for SPD 13~ 22.
4 corner using insert
NPD insert NPM(E)T How to use 4 corner
Drilling
Use number , corner at outer position first, and then use number , at the inner position.
NPM(E)T-DM, DS, DR, DA
Grade & chip breaker choice as per work piece
DM DS DR DA
PC3535 PC6510 PC9530 PC3535 H01
Steel Cast iron Stainless steel Soft steel Aluminum
Insert for NPD 23~ 60. It s useful for high speed, high feed application due to the strong cutting edge.
457
Technical Guide of Mach drill
Special features
Optimal design chip pocket.
Wide and deep chip pocket minimize the friction during operation.
Curvilinear edge.
Since curvilinear edge decrease cutting force by dispersing cutting load, excellent wear resistance and shock resistance acquired.
Ultra micro grain substrate and New TiAlN coating.
0.6 of tungsten carbide has been used for carbide substrate.
New TiAlN coating film guarantees excellent shock resistance & wear resistance.
Standard aspect ratio 3D, 5D, 7D
For example, diameter 10mm, and depth of drill 30mm, no through coolant drill, take MSD100-3P!
Solid drill (MSD) & Solid drill with coolant hole (MSDH)
Alternative choice for both type.
Low cutting resistance type edge
Low cutting resistance type edges guarantees better surface finish and chip breaking.
Since it has self centering function, pre-centering cut is not necessary.
Rigid neck of drill
Rigid neck design prevent breakage of neck.
En-larged chip pocket
Drilling
Chip pocket Chip pocket
Conventional drill Mach drill
Optimal chip pocket
Wide chip pocket area.
125% wider chip pocket than VSD, Better chip evacuation.
Torsion rigidity increased
Special design has been employed to enhance rigidity of flute part where could be weakened by en-larged chip pocket area.
Better lubrication
The new TiAlN s excellent lubrication property provides good chipping resistance on cutting edge and reduced friction during
chip evacuation.
Post treatment for better chip evacuation
Since special design of cutting edge provides good chip evacuation, drilling without step-process is possible.
458
Line-up
Line-up as per aspect ratio
Line-up as per aspect ratio ( 2.5~ 20, step 0.1mm)
Various choice as aspect ratio(3D, 5D, 7D)
ex) Solid, 10.2mm, 50mm through hole machining = 50 10.2 5 MSD102-5P
Line-up as per coolant hole
Line-up as per coolant hole
Alternative choice as per coolant hole.
With coolant hole - MSDH, with out coolant hole - MSD
Drilling
Line-up as per work piece
Line-up as per work piece (the last character shown at designation stand for available work piece)
For general use, steel For cast iron, aluminum
For stainless steel For non-ferrous material, aluminum, copper.
459
Technical Guide of Mach drill
Special cutting edge preparation for low cutting load
Features of special cutting edge preparation
Uniformity of edge treatment.
Uniform edge treatment provides equalized quality.
Protect machined surface of workpiece
Low cutting resistance type edge operate well in medium-finish
machining with good surface finish.
Better chip breaking
Due to the careful study on basic drilling process, good chip
breaking quality has been acquired regardless of cutting speed.
New TiAlN coating
Sepcial features of New TiAlN coating
Decreased of Macro particle after coating Chipping free from macro particle
Better hardness and toughness at the same time covering wide cutting speed and feed rate range.
Special coating layer at outter most layer Special coating film with better lubrication prevents build up edge.
Pre treatment before coating process Higher adherency by pre treatment.
Machining example of Mach drill
Example for alloy steel machining
Drill : MSD100-3P Feed(f) : 0.2mm/rev
Work piece : SCM440 (HRC20), 25mmThrough hole Coolant : Water soluble
Speed(V) : 70m/min Tool life criteria : Flank wear 0.2mm, Chipping on edge
Drilling
Number of hole
Designation 2000(50m) 3000(75m)
Possible to
machine more
Copmetitor A s TiAlN
coated carbide drill Chipping
Competitor B s TiN Fracture on
coated carbide drill cutting edge
MSD100-3P 3000holes
Cutting edge after machining
MSD100-3P 3000holes Copmetitor A s TiAlN coated carbide drill Competitor B s TiN coated carbide drill
Cutting edge Cutting edge after 2700 holes machining Cutting edge after 2030 holse machining
460
Technical Guide of Mach long drill
Special features of MLD
Tool for drilling over 20D
Special cutting edge preparation for low cutting load provides strong cutting edge.
Special flute design focused on smooth chip evacuation.
Rigid drill prevents bending of it when firstly enter the work piece.
New TiAlN coating provides excellent lubrication property.
Extremely smooth surface of coated layer by post treatment on top of coating.
It is possible to drill over 20D depth, at one time with out step.
Maximum qulaity could be acquired when using MQL system.
Consistent tool life.
Informations
Work piece Carbon steel, alloy steel, mould steel, cast iron
Recommendation (valid for 6 x 120(cutting edge length) x 170(total length)) Code system for Mach long drill (ex. MLD 0590-20A)
Work piece Carbon steel Low alloy steel Cast iron
MLD 0590 - 20 A
(S45C) (SCM440) (FC/FCD)
Cutting edge Design
Mach Drilling diameter : length : 20D history
Coolant V f V f V f 5.90mm
Long-Drill 15~25D Record as
MQL 90 0.2 80 0.19 70 0.15 3.0~ 15.0 possible per customer
Notice for MLD
Drill for machining over 20D
Centering tolerance of Mach long drill from previously machined center of pilot drill should be within 0.01mm.
The tolerance affects sudden facture of long drill.
Composition for MQL system.
Drilling
MQL System : Air in, 6bar(0.6Mpa) MQL system : Air in, 6bar(0.6Mpa), Coolant : Water soluble.
Machining sequence for tilted face : Endmilling to make flat face Pilot drill Mach long drill
In case of tilted face, sphere shape, convex or concave face should have endmill process first.
Machining Example of MLD
Drill : MLD0590-20A
( 5.9mm, Aspect ratio=20D) MLD MLD
(50m)
Work piece : SCM440 (HRC20)
Competitor B
Cutting condition : V=80m/min,
f =0.14mm/rev, d=75mm Through hole Competitor B
Coolant : Air pressure for MQL=0.4Mpa (32m)
Oil quantity=15cc/h Drilling length(m)
Drill : MLD0700-22A
( 7.0mm, Aspect ratio=22D) MLD MLD
(120m)
Work piece : SCM440 (HRC22)
Competitor E
Cutting condition : V=80m/min,
f =0.19mm/rev, d=80mm Through hole Competitor E
Coolant : Air pressure for MQL=0.3Mpa (80m)
Oil quantity=20cc/h Drilling length(m)
461
Technical Guide of Drilling
Terminology of Drill
Height of Point
Point Relief angle
Margin width
Relief angle
Lead
Chisel edge
Flank Helix angle
Drill diameter
Chisel angle
Flute width Heel
Cutting face
Width of land
Cutting edge
Flute length
Total length
Major Cutting Formula
Cutting speed Feed Speed
V : Cutting speed (m/min)
f : Feed per one revolution (mm/rev)
D : Drill diameter (mm)
S : Dept of cut per a minute (mm/min)
N : Revolution per a minute (rpm)
N : Revolution per a minute (rpm)
: Circular constant (3.14)
Helix angle Cutting torque and thrust
: Helix angle
D : Cutting diameter (mm/min)
L : Lead (mm)
Md : Torque (kg cm) f : Feed per one revolution
: Circular constant (3.14)
T : Cutting thrustt (kg) (mm/rev)
D : Cutting diamerter (mm) K : Material factor
Drilling
Work-piece(SAE) Tensile strength( / ) Hardness(HB) Material coefficient K
Cast Iron(General) 21 177 1.00
Cast Iron Cast Iron 28 198 1.39
Cast Iron(High Quality) 35 224 1.88
1020(Carbon Steel C 0.2%) 55 160 2.22
Alloy steel 1112(Easy to machine Steel C 0.12, S 0.2%) 62 183 1.42
1335(Mn Steel Mn 1.75%) 63 197 1.45
3115(Ni 1.25, Cr 0.6, Mn 0.5) 53 163 1.56
Ni-Cr
3120(Ni 1.25, Cr 0.6, Mn 0.7) 69 174 2.02
Steel
3140 88 241 2.32
4115(Cr 0.5, Mo 0.11, Mn 0.8) 63 167 1.62
Cr-Mo
4130(Cr 0.95, Mo 0.2, Mn 0.5) 77 229 2.10
Steel
4140(Cr 0.95, Mo 0.2, Mn 0.85) 94 269 2.41
Ni-Mo 4615(Ni 1.8, Mo 0.25, Mn 0.5) 75 212 2.12
Steel 4820(Ni 3.5, Mo 0.25, Mn 0.6) 140 390 3.44
Cr Steel 5150(Cr 0.8, Mn 0.8) 95 277 2.46
Cr-V 6115(Cr 0.6, Mn 0.6, V 0.12) 58 174 2.08
Steel 6120(Cr 0.8, Mn 0.8, V 0.1) 80 255 2.22
462
Formula of Torque & Thrust
Md = K1 d 2 f m Md : Torque ( ) T : Thrust ( ) f : Feed (mm/rev) d : Diameter (mm)
T = K2 d f n K1, K2, m, n : Constant
Work-piece K1 m K2 n
Mild steels
Rolled steel
7-3Brass
Aluminium
Zinc
Gun metal
Galvanized iron
Trouble Shooting for Drilling
Solution
Cutting conditions Tool shape Grade The others
of flute and width
rigidity of machine
Change the rate
Thinning angle
Problems Cause
Clamp of work
Cutting speed
Relief angle
Point angle
Cutting fluid
Guide-bush
Toughness
Drill rigidity
Initial feed
Mechanical
Hardness
Feed rate
Step feed
Thinning
Honning
piece
Improper cutting edge
(Too large relief angle)
(Too sharp thinning)
Improper cutting speed
Drilling
Chipping
Generation of built-up edge
Generation of chattering
and vibration
Excessive wear of Cutting speed too high in
cutting edge relation to insert grade
Poor surface conditions
of workpiece
In the
beginning Insufficient rigidity of tool
of and workpiece
operation
Break Improper cutting condition
age
Deflection of hole
In the
middle of
operation
When chips clog in hole
: Increase : Decrease : Application : Proper application
463
Technical Guide of Drilling
Recommendation of cutting conditions
Drilling (SSD) KORLOY s giade FA1 is applied unless customers specify the grade.
Work Piece material Tensile strength Carbide Point Revolution(r.p.m) Feed(mm/rev)
Coolant
(AISI) ( / ) grade angle
SM10C~SM45C 50 ST30A 120 2900 1600 1100 1000 800 700 600 0.03~0.06 0.03~0.06 Cutting oil
SM55C 70 ST30A 120 2300 1530 1050 920 765 640 560 0.03~0.06 0.06~0.12 Cutting oil
SM55G Grude Steel 100 ST30A 120 2200 1500 1000 900 750 650 550 0.03 0.06 Cutting oil
Quenched Steel 150~180 H01 140 700 340 250 190 160 140 120 0.02 0.04 Cutting oil
Cr-Ni steel 100 FA1 120 2200 1200 800 625 550 460 380 0.03 0.06 Cutting oil
Mn-steel 40~110 FA1 140 700 340 260 190 170 150 120 0.04 0.08 Dry
Casting 200~300 FA1 120 2000 1500 800 600 450 400 350 0.03 0.06 Dry
Malleable cast iron 200 H01 120 2400 1500 900 650 500 420 380 0.03 0.06 Dry
Chilled casting 65Hs H01 140 350 200 150 100 80 70 55 0.01 0.02 Dry
Copper 60~80 H01 120 6000 4000 2500 2000 1400 1000 800 0.06 0.12 Dry
Brass 80~120 H01 120 5000 3500 2000 1500 1400 1200 1000 0.05 0.10 Dry
Bronze casting 60~120 H01 120 3500 2500 1800 1500 1200 1000 900 0.04 0.08 Dry
Al 60~100 H01 130 16000 8500 5700 4500 3700 3100 2800 0.1 0.2 Dry
(Si 13%) Al alloy 40 H01 130 8000 4500 2800 2100 1750 1050 700 0.05 0.15 Dry
Synthetic resin 90~120 H01 80 8000 5400 2800 2100 1750 1050 200 0.05 0.15 Dry
Recommendation of Solid Vulcan Drill Vulcan Drill P type (Standard type) VSD***MP,SP For High Efficient Machining
Cutting General, Alloy Steel Low carbon steel, Alloy Mold Steel Stainless steel
Diameter (mm) Condition (under HB320) Steel (under HB250) (approx. HB250) (approx. HB250)
Ductile Cast iron
V 40~60~90 40~65~90 40~50~70 30~45~50 50~70~100
~ 15
f 0.1~0.2~0.25 0.15~0.2~0.3 0.1~0.2~0.25 0.1~0.15~0.2 0.2~0.3~0.35
V 40~60~90 40~65~90 40~50~70 30~45~50 50~70~100
~ 20
f 0.15~0.25~0.35 0.2~0.3~0.4 0.15~0.25~0.3 0.15~0.2~0.25 0.2~0.35~0.4
Drilling
V 40~65~90 40~70~90 40~50~70 30~45~50 50~70~100
~ 40
f 0.2~0.3~0.4 0.2~0.35~0.45 0.2~0.3~0.35 0.2~0.25~0.3 0.25~0.4~0.5
Recommendation of Solid Vulcan Drill Vulcan Drill G type (Standard type) VSD***MG,SG For Aluminum, Cast iron
Cutting Condition General, Alloy Steel Low carbon steel, Alloy Cutting General, Alloy Steel Low carbon steel, Alloy
Condition
Diameter (mm) (under HB320) Steel (under HB250) Diameter (mm) (under HB320) Steel (under HB250)
V 35~55~80 40~70~90 V 40~60~80 40~80~90
~ 20 ~ 40
f 0.15~0.25~0.3 0.2~0.3~0.4 f 0.15~0.3~0.4 0.2~0.35~0.45
V: Speed(m/min), f: Feed(mm/rev)
464
Recommendation of cutting conditions
Mach drill without coolant hole type (MSD - P)
Drilling diameter
Work piece V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev)
Soft steel 40~70 0.15 50~110 0.20 50~110 0.20 50~120 0.25 50~120 0.25 60~120 0.25
SCM440
Alloy steel (55) ~0.25 (65) ~0.35 (70) ~0.35 (75) ~0.35 (75) ~0.35 (80) ~0.40
Carbon steel 40~80 0.15 50~120 0.20 50~120 0.20 60~120 0.20 60~120 0.25 70~120 0.30
Under HRC25 S45C
(60) ~0.25 (70) ~0.30 (75) ~0.30 (80) ~0.30 (80) ~0.35 (90) ~0.40
High carbon steel, high 15~35 0.08 20~40 0.10 20~50 0.10 20~60 0.15 20~60 0.15 30~65 0.15
alloy steel (Over HRC25) SKD11
(30) ~0.15 (30) ~0.20 (35) ~0.20 (35) ~0.25 (40) ~0.25 (40) ~0.25
15~30 0.05 15~45 0.10 15~50 0.10 20~60 0.10 20~65 0.10 20~70 0.10
Stainless steel SUS
(25) ~0.10 (25) ~0.20 (30) ~0.20 (35) ~0.20 (35) ~0.20 (40) ~0.20
40~90 0.15 50~120 0.20 50~120 0.20 60~130 0.25 60~130 0.25 60~140 0.25
FC
(70) ~0.30 (80) ~0.35 (80) ~0.35 (90) ~0.35 (95) ~0.40 (95) ~0.40
Cast iron
40~80 0.10 50~110 0.20 50~110 0.20 50~130 0.25 50~130 0.25 60~130 0.25
FCD
(60) ~0.25 (75) ~0.35 (80) ~0.35 (80) ~0.35 (85) ~0.35 (90) ~0.40
Mach drill with coolant hole type (MSDH - P)
Work piece
f(mm/rev) f(mm/rev) f(mm/rev) f(mm/rev) f(mm/rev)
Soft steel SCM440 60~140 0.15~0.35 0.15~0.35 0.20~0.35 0.25~0.40 0.30~0.40
Alloy steel
Carbon steel
Under HRC25 S45C 60~140 0.15~0.30 0.15~0.30 0.20~0.30 0.25~0.35 0.30~0.40
High carbon steel, high
alloy steel (Over HRC25) SKD11 40~80 0.08~0.20 0.08~0.20 0.10~0.25 0.15~0.25 0.15~0.30
Stainless steel SUS 25~80 0.05~0.20 0.05~0.20 0.10~0.25 0.10~0.25 0.15~0.30
Drilling
FC 55~155 0.15~0.35 0.15~0.35 0.20~0.35 0.25~0.40 0.25~0.40
Cast iron
FCD 55~145 0.10~0.35 0.10~0.35 0.20~0.35 0.25~0.35 0.25~0.40
Note) 1. Reduce cutting speed down to 30%~40% of recommended cutting speed.
2. Adjust cutting conditions(V,f) as per surface condition of work piece, clamping condition, overhang of tool, power and rigidity of spindle.
3. To get longer tool life, use step-feed every 1.5D drilling depth.
4. Clamp the drill properly at shank part. (clamped length of shank should be over 3D)
5. Information for through coolant drill : Oil pressure requirement = 3~5kg/ , Oil flow=2~5 /min.
6. Formula :
[N : Revolution per minute(RPM), F : Feed per minute(mm/min), D: Drill diameter(mm), : 3.1416]
[V : Cutting speed(m/min), f : Feed per revolution(mm/rev)]
465
Technical Guide of Drilling
Usage of Vulcan - Drills
Selection Drill chuck
High accuracy and Rigid clamping is very important factor for carbide drilling. collet
So please use the collet type for high accuracy and rigid.
collet chuck type Drill chuck type
Runout 0.03
Drill Assembly
It should be within 0.03mm. The big run out causes over size
drilling hole and low rigidith machine causes drill breakage.
do not clamp the
drill by flute.
Oil Supply
Internal oil feed system : Higher oil pressure and more
amount of oil are desirable
(Minimum pressure is 3~5kg/cm2 and minimum amount
is 2~5l/min)
Enough oil supply in the cutting point.
Supply with high pressure
Drilling
X O X O
Work-piece Setting
Reliable rigidity is requirde for high accuracy operations.
Breakerage of drill caused Do not allow bending by
Consider every
by instfficiency horizortal setting the work-picec
direction.
word-piece setting. properly.
Notice and referance regrinding of valcan drill
1. In case the regrindable flute remains.
2. The depth of wareness shouldn t be more than 1.5mm.
3. Not in case of crack.
4. Drills can be regrinded by KORLOY and Sumitomo.
5. Users can regrind the drill with SEI made regrinding machine.
466
Drilling Inserts
SPMT-DM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8010
ASA
ST30A
Holder
CN20
CN30
d t r d1
CT10
ST20
G10
H01
SPD SPMT 050203-DM 5.3 2.4 0.3 2.3
060204-DM 6.2 2.5 0.4 2.5
070204-DM 7.2 2.5 0.4 2.8
P. 471 : Stock Item : Under preparing for stock
SPMT-DS
DRILLING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8010
ASA
ST30A
Holder
CN20
CN30
d t r d1
CT10
ST20
G10
H01
SPD SPMT 050203-DS 5.3 2.4 0.3 2.3
060204-DS 6.2 2.5 0.4 2.5
070204-DS 7.2 2.5 0.4 2.8
Drilling
P. 471 : Stock Item : Under preparing for stock
SPET-DA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
ASA
ST30A
Holder
CN20
CN30
d t r d1
CT10
ST20
G10
H01
SPD SPET 050203-DA 5.3 2.4 0.3 2.3
060204-DA 6.2 2.5 0.4 2.5
070204-DA 7.2 2.5 0.4 2.8
P. 471 : Stock Item : Under preparing for stock
467
Drilling Inserts
NPMT-DM
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8010
ASA
ST30A
Holder t d1
CN20
CN30
I d r
CT10
ST20
G10
H01
NPD NPMT 222408-DM 8.3 8.2 2.5 0.8 2.8
252808-DM 9.3 9.2 3.3 0.8 3.4
293208-DM 10.3 10.2 3.3 0.8 3.4
334008-DM 13 12.9 3.97 0.8 4.0
415008-DM 15.3 15.2 4.76 0.8 4.5
516012-DM 18.3 18.2 5.18 1.2 5.5
P. 472, 473 : Stock Item : Under preparing for stock
NPMT-DS
DRILLING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC8010
ASA
ST30A
Holder t d1
CN20
CN30
I d r
CT10
ST20
G10
H01
NPD NPMT 222408-DS 8.3 8.2 2.5 0.8 2.8
252808-DS 9.3 9.2 3.3 0.8 3.4
293208-DS 10.3 10.2 3.3 0.8 3.4
334008-DS 13 12.9 3.97 0.8 4.0
415008-DS 15.3 15.2 4.76 0.8 4.5
Drilling
516012-DS 18.3 18.2 5.18 1.2 5.5
P. 472, 473 : Stock Item : Under preparing for stock
NPET-DR
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
ASA
ST30A
Holder
CN20
CN30
I d t r d1
CT10
ST20
G10
H01
NPD NPET 222408-DR 8.3 8.2 2.5 0.8 2.8
252808-DR 9.3 9.2 3.3 0.8 3.4
293208-DR 10.3 10.2 3.3 0.8 3.4
334008-DR 13 12.9 3.97 0.8 4.0
415008-DR 15.3 15.2 4.76 0.8 4.5
516012-DR 18.3 18.2 5.18 1.2 5.5
P. 472, 473 : Stock Item : Under preparing for stock
468
Drilling Inserts
NPET-DA
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
ASA
ST30A
Holder
CN20
CN30
I d t r d1
CT10
ST20
G10
H01
NPD NPET 222408-DA 8.3 8.2 2.5 0.8 2.8
252808-DA 9.3 9.2 3.3 0.8 3.4
293208-DA 10.3 10.2 3.3 0.8 3.4
334008-DA 13 12.9 3.97 0.8 4.0
415008-DA 15.3 15.2 4.76 0.8 4.5
516012-DA 18.3 18.2 5.18 1.2 5.5
P. 472, 473 : Stock Item : Under preparing for stock
WCKT-DA
DRILLING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
ASA
ST30A
Holder
CN20
CN30
l d t r d1
CT10
ST20
G10
H01
JD WCKT 030208-DA 3.8 5.56 2.38 0.8 2.8
040208-DA 4.3 6.35 2.38 0.8 3.0
050308-DA 5.4 7.94 3.18 0.8 3.4
06T308-DA 6.5 9.525 3.97 0.8 4.0
080408-DA 8.7 12.7 4.76 0.8 4.3
Drilling
: Stock Item : Under preparing for stock
WCMT-C20
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM320K
MCM325
NC3030
Designation
PC3530
PC3535
PC3545
PC9530
PC6510
ASA
NC3020
ST30A
Holder
CN20
CN30
l d t r d1
CT10
ST20
G10
H01
JD WCMT 030208-C20 3.8 5.56 2.38 0.8 2.8
040208-C20 4.3 6.35 2.38 0.8 3.0
050308-C20 5.4 7.94 3.18 0.8 3.4
06T308-C20 6.5 9.525 3.97 0.8 4.0
080408-C20 8.7 12.7 4.76 0.8 4.3
080412-C20 8.7 12.7 4.76 1.2 4.3
: Stock Item : Under preparing for stock
469
Drilling Inserts
WCMT-C21
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
PC3530
ASA
ST30A
Holder t d1
CN20
CN30
l d r
CT10
ST20
G10
H01
JD WCMT 030204-C21 1.81.51 3.8 5.56 2.38 0.4 2.5
040204-C21 21.51 4.3 6.35 2.38 0.4 2.8
040208-C21 432 4.3 6.35 2.38 0.8 2.8
080408-C21 8.7 12.7 4.76 0.8 4.3
: Stock Item : Under preparing for stock
WCMT-DS(P)
DRILLING
Coated Carbide Cermet Uncoated Carbide (mm)
Available
MCM310K
MCM320K
MCM325
MCM335
Designation
PC3535
PC3545
PC9530
PC6510
ASA
ST30A
Holder
CN20
CN30
l d t r d1
CT10
ST20
G10
H01
JD WCMT 030204-DSP 3.8 5.56 2.38 0.4 2.5
040204-DSP 4.3 6.35 2.38 0.4 2.8
050308-DS 5.4 7.94 3.18 0.8 3.4
06T308-DS 6.5 9.525 3.97 0.8 4.0
080408-DS 8.7 12.7 4.76 0.8 4.3
Drilling
080412-DS 8.7 12.7 4.76 1.2 4.3
: Stock Item : Under preparing for stock
470
Indexable drills
SPD
(mm)
Parts
Designation Stock Insert D D1 D2 L1 L2 L3 L
Screw Wrench
SPD130-20-2 SPM(E)T050203- 13 20 24 26 43 50 93 FTNA0204 TW06P
SPD140-20-2 SPM(E)T050203- 14 20 24 28 46 50 96 FTNA0204 TW06P
SPD150-20-2 SPM(E)T050203- 15 20 24 30 49 50 99 FTNA0204 TW06P
SPD160-25-2 SPM(E)T060204- 16 25 34 32 51 56 107 FTKA02206S TW07S
SPD170-25-2 SPM(E)T060204- 17 25 34 34 53 56 109 FTKA02206S TW07S
SPD180-25-2 SPM(E)T060204- 18 25 34 36 56 56 112 FTKA02206S TW07S
DRILLING
SPD190-25-2 SPM(E)T060204- 19 25 34 38 58 56 114 FTKA02206S TW07S
SPD200-25-2 SPM(E)T070204- 20 25 34 40 62 56 118 FTKA02565 TW07S
SPD210-25-2 SPM(E)T070204- 21 25 34 42 64 56 120 FTKA02565 TW07S
SPD220-25-2 SPM(E)T070204- 22 25 34 44 66 56 122 FTKA02565 TW07S
SPD130-20-3 SPM(E)T050203- 13 20 24 39 56 50 106 FTNA0204 TW06P
SPD140-20-3 SPM(E)T050203- 14 20 24 42 60 50 110 FTNA0204 TW06P
SPD150-20-3 SPM(E)T050203- 15 20 24 45 64 50 114 FTNA0204 TW06P
SPD160-25-3 SPM(E)T060204- 16 25 34 48 67 56 123 FTKA02206S TW07S
SPD170-25-3 SPM(E)T060204- 17 25 34 51 70 56 126 FTKA02206S TW07S
SPD180-25-3 SPM(E)T060204- 18 25 34 54 74 56 130 FTKA02206S TW07S
SPD190-25-3 SPM(E)T060204- 19 25 34 57 77 56 133 FTKA02206S TW07S
SPD200-25-3 SPM(E)T070204- 20 25 34 60 82 56 138 FTKA02565 TW07S
SPD210-25-3 SPM(E)T070204- 21 25 34 63 85 56 141 FTKA02565 TW07S
SPD220-25-3 SPM(E)T070204- 22 25 34 66 88 56 144 FTKA02565 TW07S
Drilling
SPD130-20-4 SPM(E)T050203- 13 20 24 52 69 50 119 FTNA0204 TW06P
SPD140-20-4 SPM(E)T050203- 14 20 24 56 74 50 124 FTNA0204 TW06P
SPD150-20-4 SPM(E)T050203- 15 20 24 60 79 50 129 FTNA0204 TW06P
SPD160-25-4 SPM(E)T060204- 16 25 34 64 83 56 139 FTKA02206S TW07S
SPD170-25-4 SPM(E)T060204- 17 25 34 68 87 56 143 FTKA02206S TW07S
SPD180-25-4 SPM(E)T060204- 18 25 34 72 92 56 148 FTKA02206S TW07S
SPD190-25-4 SPM(E)T060204- 19 25 34 76 96 56 152 FTKA02206S TW07S
SPD200-25-4 SPM(E)T070204- 20 25 34 80 102 56 158 FTKA02565 TW07S
SPD210-25-4 SPM(E)T070204- 21 25 34 84 106 56 162 FTKA02565 TW07S
SPD220-25-4 SPM(E)T070204- 22 25 34 88 110 56 166 FTKA02565 TW07S
P. 467
471
Indexable drills
NPD
(mm)
Parts
Designation Stock Insert D D1 D2 L1 L2 L3 L
Screw Wrench
NPD230-32-2 NPM(E)T222408- 23 32 44 46 70 60 130 FTKA02565 TW07S
NPD240-32-2 NPM(E)T222408- 24 32 44 48 72 60 132 FTKA02565 TW07S
NPD250-32-2 NPM(E)T252808- 25 32 44 50 75 60 135 FTKA0307 TW09S
NPD260-32-2 NPM(E)T252808- 26 32 44 52 77 60 137 FTKA0307 TW09S
NPD270-32-2 NPM(E)T252808- 27 32 44 54 80 60 140 FTKA0307 TW09S
NPD280-32-2 NPM(E)T252808- 28 32 44 56 83 60 143 FTKA0307 TW09S
DRILLING
NPD290-32-2 NPM(E)T293208- 29 32 44 58 85 60 145 FTKA0307 TW09S
NPD300-32-2 NPM(E)T293208- 30 32 44 60 89 60 149 FTKA0307 TW09S
NPD310-32-2 NPM(E)T293208- 31 32 44 62 91 60 151 FTKA0307 TW09S
NPD320-32-2 NPM(E)T293208- 32 32 44 64 93 60 153 FTKA0307 TW09S
NPD330-40-2 NPM(E)T334008- 33 40 48 66 98 70 168 FTKA03508 TW15S
NPD340-40-2 NPM(E)T334008- 34 40 48 68 100 70 170 FTKA03508 TW15S
NPD350-40-2 NPM(E)T334008- 35 40 48 70 102 70 172 FTKA03508 TW15S
NPD360-40-2 NPM(E)T334008- 36 40 48 72 105 70 175 FTKA03508 TW15S
NPD400-40-2 NPM(E)T334008- 40 40 48 80 115 70 185 FTKA03508 TW15S
NPD450-40-2 NPM(E)T415008- 45 40 58 90 129 70 199 FTKA0410 TW15S
NPD500-40-2 NPM(E)T415008- 50 40 58 100 142 70 212 FTKA0410 TW15S
NPD550-40-2 NPM(E)T516012- 55 40 68 110 156 70 226 FTNC04511 TW20S
NPD600-40-2 NPM(E)T516012- 60 40 68 120 172 70 242 FTNC04511 TW20S
NPD230-32-3 NPM(E)T222408- 23 32 44 69 93 60 153 FTKA02565 TW07S
Drilling
NPD240-32-3 NPM(E)T222408- 24 32 44 72 96 60 156 FTKA02565 TW07S
NPD250-32-3 NPM(E)T252808- 25 32 44 75 100 60 160 FTKA0307 TW09S
NPD260-32-3 NPM(E)T252808- 26 32 44 78 103 60 163 FTKA0307 TW09S
NPD270-32-3 NPM(E)T252808- 27 32 44 81 107 60 167 FTKA0307 TW09S
NPD280-32-3 NPM(E)T252808- 28 32 44 84 111 60 171 FTKA0307 TW09S
NPD290-32-3 NPM(E)T293208- 29 32 44 87 114 60 174 FTKA0307 TW09S
NPD300-32-3 NPM(E)T293208- 30 32 44 90 119 60 179 FTKA0307 TW09S
NPD310-32-3 NPM(E)T293208- 31 32 44 93 122 60 182 FTKA0307 TW09S
NPD320-32-3 NPM(E)T293208- 32 32 44 96 125 60 185 FTKA0307 TW09S
NPD330-32-3 NPM(E)T334008- 33 32 48 99 131 60 201 FTKA03508 TW15S
NPD340-32-3 NPM(E)T334008- 34 32 48 102 134 60 204 FTKA03508 TW15S
NPD350-32-3 NPM(E)T334008- 35 32 48 105 137 60 207 FTKA03508 TW15S
NPD360-32-3 NPM(E)T334008- 36 32 48 108 141 60 211 FTKA03508 TW15S
NPD370-32-3 NPM(E)T334008- 37 32 48 111 144 60 214 FTKA03508 TW15S
NPD380-32-3 NPM(E)T334008- 38 32 48 114 148 60 218 FTKA03508 TW15S
NPD390-32-3 NPM(E)T334008- 39 32 48 117 151 60 221 FTKA03508 TW15S
NPD400-32-3 NPM(E)T334008- 40 32 48 120 155 60 225 FTKA03508 TW15S
NPD330-40-3 NPM(E)T334008- 33 40 48 99 131 70 201 FTKA03508 TW15S
NPD340-40-3 NPM(E)T334008- 34 40 48 102 134 70 204 FTKA03508 TW15S
NPD350-40-3 NPM(E)T334008- 35 40 48 105 137 70 207 FTKA03508 TW15S
NPD360-40-3 NPM(E)T334008- 36 40 48 108 141 70 211 FTKA03508 TW15S
NPD400-40-3 NPM(E)T334008- 40 40 48 120 155 70 225 FTKA03508 TW15S
NPD450-40-3 NPM(E)T415008- 45 40 58 135 174 70 244 FTKA0410 TW15S
NPD500-40-3 NPM(E)T415008- 50 40 58 150 192 70 262 FTKA0410 TW15S
NPD550-40-3 NPM(E)T516012- 55 40 68 165 211 70 281 FTNC04511 TW20S
NPD600-40-3 NPM(E)T516012- 60 40 68 180 232 70 302 FTNC04511 TW20S
P. 468, 469
472
Indexable drills
NPD
(mm)
Parts
Designation Stock Insert D D1 D2 L1 L2 L3 L
Screw Wrench
NPD450-42-3 NPM(E)T415008- 45 42 58 135 174 70 244 FTKA0410 TW15S
NPD500-42-3 NPM(E)T415008- 50 42 58 150 192 70 262 FTKA0410 TW15S
NPD230-32-4 NPM(E)T222408- 23 32 44 92 116 60 176 FTKA02565 TW07S
NPD240-32-4 NPM(E)T222408- 24 32 44 96 120 60 180 FTKA02565 TW07S
NPD250-32-4 NPM(E)T252808- 25 32 44 100 125 60 185 FTKA0307 TW09S
NPD260-32-4 NPM(E)T252808- 26 32 44 104 129 60 189 FTKA0307 TW09S
DRILLING
NPD270-32-4 NPM(E)T252808- 27 32 44 108 134 60 194 FTKA0307 TW09S
NPD280-32-4 NPM(E)T252808- 28 32 44 112 139 60 199 FTKA0307 TW09S
NPD290-32-4 NPM(E)T293208- 29 32 44 116 143 60 203 FTKA0307 TW09S
NPD300-32-4 NPM(E)T293208- 30 32 44 120 149 60 209 FTKA0307 TW09S
NPD310-32-4 NPM(E)T293208- 31 32 44 124 153 60 213 FTKA0307 TW09S
NPD320-32-4 NPM(E)T293208- 32 32 44 128 157 60 217 FTKA0307 TW09S
NPD330-40-4 NPM(E)T334008- 33 40 48 132 164 70 234 FTKA03508 TW15S
NPD340-40-4 NPM(E)T334008- 34 40 48 136 168 70 238 FTKA03508 TW15S
NPD350-40-4 NPM(E)T334008- 35 40 48 140 172 70 242 FTKA03508 TW15S
NPD360-40-4 NPM(E)T334008- 36 40 48 144 177 70 247 FTKA03508 TW15S
NPD400-40-4 NPM(E)T334008- 40 40 48 160 195 70 265 FTKA03508 TW15S
NPD450-40-4 NPM(E)T415008- 45 40 58 180 219 70 289 FTKA0410 TW15S
NPD500-40-4 NPM(E)T415008- 50 40 58 200 242 70 312 FTKA0410 TW15S
NPD550-40-4 NPM(E)T516012- 55 40 68 220 266 70 336 FTNC04511 TW20S
Drilling
NPD600-40-4 NPM(E)T516012- 60 40 68 240 292 70 362 FTNC04511 TW20S
P. 468, 469
SPD / NPD Code system
SPD 170-25-3
SPD Drilling diamete : 17.0 Shank diameter : 25 Aspect ratio (standard 2, 3, 4)
Choose SPD for diameter 13mm~22mm, NPD for diameter 23mm~60mm. When choose proper drill, please takes into account not only
drill diameter but also aspect ratio.
Machining power requirement for drilling
P = 425 x Ks x V x f x D / 107(KW)
Ks(Kg/mm3) : Specific cutting resistance
V(m/min) : Cutting speed f(mm/rev) : Feed D(mm) : Drilling diameter
Example
W.P = SCM440, Ks = 254, V = 100m/min, f = 0.1mm/rev, D = 20mm diameter
P(KW) = 425*254*100*0.1*20/10,000,000 = 2.159KW
473
Solid drill
SSD
Solid drill(Non-Coated)
Tolerance of drill diameter
1< D 6 -0.010 ~ -0.030
6< D 10 -0.015 ~ -0.040
10< D 20 -0.020 ~ -0.050
Helix angle
(mm)
Designation Stock D L Designation Stock D L
SSD010 1.0 10 32 SSD055 5.5 38 65
SSD011 1.1 10 32 SSD056 5.6 40 75
SSD012 1.2 10 32 SSD057 5.7 40 75
SSD013 1.3 10 32 SSD058 5.8 40 75
SSD014 1.4 10 32 SSD059 5.9 40 75
SSD015 1.5 13 35 SSD060 6.0 40 75
SSD016 1.6 13 35 SSD061 6.1 40 75
DRILLING
SSD017 1.7 13 35 SSD062 6.2 40 75
SSD018 1.8 13 35 SSD063 6.3 40 75
SSD019 1.9 13 35 SSD064 6.4 40 75
SSD020 2.0 18 40 SSD065 6.5 40 75
SSD021 2.1 18 40 SSD066 6.6 46 80
SSD022 2.2 18 40 SSD067 6.7 46 80
SSD023 2.3 18 40 SSD068 6.8 46 80
SSD024 2.4 18 40 SSD069 6.9 46 80
SSD025 2.5 22 45 SSD070 7.0 46 80
SSD026 2.6 22 45 SSD071 7.1 46 80
SSD027 2.7 22 45 SSD072 7.2 46 80
SSD028 2.8 22 45 SSD073 7.3 46 80
SSD029 2.9 22 45 SSD074 7.4 46 80
SSD030 3.0 25 50 SSD075 7.5 46 80
Drilling
SSD031 3.1 25 50 SSD076 7.6 46 80
SSD032 3.2 25 50 SSD077 7.7 46 80
SSD033 3.3 25 50 SSD078 7.8 46 80
SSD034 3.4 25 50 SSD079 7.9 46 80
SSD035 3.5 25 50 SSD080 8.0 50 85
SSD036 3.6 30 55 SSD081 8.1 50 85
SSD037 3.7 30 55 SSD082 8.2 50 85
SSD038 3.8 30 55 SSD083 8.3 50 85
SSD039 3.9 30 55 SSD084 8.4 50 85
SSD040 4.0 30 55 SSD085 8.5 50 85
SSD041 4.1 34 60 SSD086 8.6 50 95
SSD042 4.2 34 60 SSD087 8.7 50 95
SSD043 4.3 34 60 SSD088 8.8 50 95
SSD044 4.4 34 60 SSD089 8.9 50 95
SSD045 4.5 34 60 SSD090 9.0 50 95
SSD046 4.6 38 65 SSD095 9.5 50 95
SSD047 4.7 38 65 SSD100 10.0 50 100
SSD048 4.8 38 65 SSD105 10.5 60 120
SSD049 4.9 38 65 SSD110 11.0 60 120
SSD050 5.0 38 65 SSD115 11.5 65 125
SSD051 5.1 38 65 SSD120 12.0 65 125
SSD052 5.2 38 65 SSD125 12.5 65 125
SSD053 5.3 38 65 SSD130 13.0 65 125
SSD054 5.4 38 65 SSD150 15.0 70 130
How to name for order made item : SSD Cutting edge length Total length L : Stock Item : Under preparing for stock
Available from diameter 0.6mm (SSD006)
Ex.1) Drill , Cutting edge diameter 8.2, Cutting edge length 60, Total length 900 SSD082 60 90L
Ex.2) Drill , Cutting edge diameter 8.2, Standard type : 8.2 SSD082
474
Solid drill
MSD
Mach Solid Drill for Steel Drilling
New TiAlN coated drill
2 flute, helix angle 30 degree
Without coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSD025- P 2.5 3.0 20 65 25 70 30 75
MSD026- P 2.6 3.0 20 65 25 70 30 75
MSD027- P 2.7 3.0 20 65 25 70 30 75
MSD028- P 2.8 3.0 20 65 25 70 30 75
MSD029- P 2.9 3.0 20 65 25 70 30 75
MSD030- P 3.0 3.0 20 65 25 70 30 75
MSD031- P 3.1 4.0 25 71 34 80 40 86
DRILLING
MSD032- P 3.2 4.0 25 71 34 80 40 86
MSD033- P 3.3 4.0 25 71 34 80 40 86
MSD034- P 3.4 4.0 25 71 34 80 40 86
MSD035- P 3.5 4.0 25 71 34 80 40 86
MSD036- P 3.6 4.0 25 71 34 80 40 86
MSD037- P 3.7 4.0 25 71 34 80 40 86
MSD038- P 3.8 4.0 25 71 34 80 40 86
MSD039- P 3.9 4.0 25 71 34 80 40 86
MSD040- P 4.0 4.0 25 71 34 80 40 86
MSD041- P 4.1 5.0 30 77 43 90 50 97
MSD042- P 4.2 5.0 30 77 43 90 50 97
MSD043- P 4.3 5.0 30 77 43 90 50 97
MSD044- P 4.4 5.0 30 77 43 90 50 97
MSD045- P 4.5 5.0 30 77 43 90 50 97
Drilling
MSD046- P 4.6 5.0 30 77 43 90 50 97
MSD047- P 4.7 5.0 30 77 43 90 50 97
MSD048- P 4.8 5.0 30 77 43 90 50 97
MSD049- P 4.9 5.0 30 77 43 90 50 97
MSD050- P 5.0 5.0 30 77 43 90 50 97
MSD051- P 5.1 6.0 35 81 48 96 60 108
MSD052- P 5.2 6.0 35 81 48 96 60 108
MSD053- P 5.3 6.0 35 81 48 96 60 108
MSD054- P 5.4 6.0 35 81 48 96 60 108
MSD055- P 5.5 6.0 35 81 48 96 60 108
MSD056- P 5.6 6.0 35 81 48 96 60 108
MSD057- P 5.7 6.0 35 81 48 96 60 108
MSD058- P 5.8 6.0 35 81 48 96 60 108
MSD059- P 5.9 6.0 35 81 48 96 60 108
MSD060- P 6.0 6.0 35 81 48 96 60 108
MSD061- P 6.1 7.0 40 84 56 105 70 120
MSD062- P 6.2 7.0 40 84 56 105 70 120
MSD063- P 6.3 7.0 40 84 56 105 70 120
MSD064- P 6.4 7.0 40 84 56 105 70 120
MSD065- P 6.5 7.0 40 84 56 105 70 120
MSD066- P 6.6 7.0 40 84 56 105 70 120
MSD067- P 6.7 7.0 40 84 56 105 70 120
MSD068- P 6.8 7.0 40 84 56 105 70 120
MSD069- P 6.9 7.0 40 84 56 105 70 120
MSD070- P 7.0 7.0 40 84 56 105 70 120
MSD071- P 7.1 8.0 45 90 60 110 80 130
: Stock Item : Under preparing for stock
475
Solid drill
MSD
Mach Solid Drill for Steel Drilling
New TiAlN coated drill
2 flute, helix angle 30 degree
Without coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSD072- P 7.2 8.0 45 90 60 110 80 130
MSD073- P 7.3 8.0 45 90 60 110 80 130
MSD074- P 7.4 8.0 45 90 60 110 80 130
MSD075- P 7.5 8.0 45 90 60 110 80 130
MSD076- P 7.6 8.0 45 90 60 110 80 130
MSD077- P 7.7 8.0 45 90 60 110 80 130
MSD078- P 7.8 8.0 45 90 60 110 80 130
DRILLING
MSD079- P 7.9 8.0 45 90 60 110 80 130
MSD080- P 8.0 8.0 45 90 60 110 80 130
MSD081- P 8.1 9.0 48 97 72 125 90 143
MSD082- P 8.2 9.0 48 97 72 125 90 143
MSD083- P 8.3 9.0 48 97 72 125 90 143
MSD084- P 8.4 9.0 48 97 72 125 90 143
MSD085- P 8.5 9.0 48 97 72 125 90 143
MSD086- P 8.6 9.0 48 97 72 125 90 143
MSD087- P 8.7 9.0 48 97 72 125 90 143
MSD088- P 8.8 9.0 48 97 72 125 90 143
MSD089- P 8.9 9.0 48 97 72 125 90 143
MSD090- P 9.0 9.0 48 97 72 125 90 143
MSD091- P 9.1 10.0 52 106 75 129 95 150
MSD092- P 9.2 10.0 52 106 75 129 95 150
Drilling
MSD093- P 9.3 10.0 52 106 75 129 95 150
MSD094- P 9.4 10.0 52 106 75 129 95 150
MSD095- P 9.5 10.0 52 106 75 129 95 150
MSD096- P 9.6 10.0 52 106 75 129 95 150
MSD097- P 9.7 10.0 52 106 75 129 95 150
MSD098- P 9.8 10.0 52 106 75 129 95 150
MSD099- P 9.9 10.0 52 106 75 129 95 150
MSD100- P 10.0 10.0 52 106 75 129 95 150
MSD101- P 10.1 12.0 56 111 83 140 105 160
MSD102- P 10.2 12.0 56 111 83 140 105 160
MSD103- P 10.3 12.0 56 111 83 140 105 160
MSD104- P 10.4 12.0 56 111 83 140 105 160
MSD105- P 10.5 12.0 56 111 83 140 105 160
MSD106- P 10.6 12.0 56 111 83 140 105 160
MSD107- P 10.7 12.0 56 111 83 140 105 160
MSD108- P 10.8 12.0 56 111 83 140 105 160
MSD109- P 10.9 12.0 56 111 83 140 105 160
MSD110- P 11.0 12.0 56 111 83 140 105 160
MSD111- P 11.1 13.0 60 118 90 148 114 172
MSD112- P 11.2 13.0 60 118 90 148 114 172
MSD113- P 11.3 13.0 60 118 90 148 114 172
MSD114- P 11.4 13.0 60 118 90 148 114 172
MSD115- P 11.5 13.0 60 118 90 148 114 172
MSD116- P 11.6 13.0 60 118 90 148 114 172
MSD117- P 11.7 13.0 60 118 90 148 114 172
MSD118- P 11.8 13.0 60 118 90 148 114 172
: Stock Item : Under preparing for stock
476
Solid drill
MSD
Mach Solid Drill for Steel Drilling
New TiAlN coated drill
2 flute, helix angle 30 degree
Without coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSD119- P 11.9 12.0 60 118 90 148 114 172
MSD120- P 12.0 12.0 60 118 90 148 114 172
MSD121- P 12.1 13.0 65 125 98 158 124 184
MSD122- P 12.2 13.0 65 125 98 158 124 184
MSD123- P 12.3 13.0 65 125 98 158 124 184
MSD124- P 12.4 13.0 65 125 98 158 124 184
MSD125- P 12.5 13.0 65 125 98 158 124 184
DRILLING
MSD126- P 12.6 13.0 65 125 98 158 124 184
MSD127- P 12.7 13.0 65 125 98 158 124 184
MSD128- P 12.8 13.0 65 125 98 158 124 184
MSD129- P 12.9 13.0 65 125 98 158 124 184
MSD130- P 13.0 13.0 65 125 98 158 124 184
MSD131- P 13.1 14.0 70 132 105 167 133 195
MSD132- P 13.2 14.0 70 132 105 167 133 195
MSD133- P 13.3 14.0 70 132 105 167 133 195
MSD134- P 13.4 14.0 70 132 105 167 133 195
MSD135- P 13.5 14.0 70 132 105 167 133 195
MSD136- P 13.6 14.0 70 132 105 167 133 195
MSD137- P 13.7 14.0 70 132 105 167 133 195
MSD138- P 13.8 14.0 70 132 105 167 133 195
MSD139- P 13.9 14.0 70 132 105 167 133 195
Drilling
MSD140- P 14.0 14.0 70 132 105 167 133 195
MSD141- P 14.1 15.0 75 139 108 172 138 202
MSD142- P 14.2 15.0 75 139 108 172 138 202
MSD143- P 14.3 15.0 75 139 108 172 138 202
MSD144- P 14.4 15.0 75 139 108 172 138 202
MSD145- P 14.5 15.0 75 139 108 172 138 202
MSD146- P 14.6 15.0 75 139 108 172 138 202
MSD147- P 14.7 15.0 75 139 108 172 138 202
MSD148- P 14.8 15.0 75 139 108 172 138 202
MSD149- P 14.9 15.0 75 139 108 172 138 202
MSD150- P 15.0 15.0 75 139 108 172 138 202
MSD151- P 15.1 16.0 80 146 112 178 144 210
MSD152- P 15.2 16.0 80 146 112 178 144 210
MSD153- P 15.3 16.0 80 146 112 178 144 210
MSD154- P 15.4 16.0 80 146 112 178 144 210
MSD155- P 15.5 16.0 80 146 112 178 144 210
MSD156- P 15.6 16.0 80 146 112 178 144 210
MSD157- P 15.7 16.0 80 146 112 178 144 210
MSD158- P 15.8 16.0 80 146 112 178 144 210
MSD159- P 15.9 16.0 80 146 112 178 144 210
MSD160- P 16.0 16.0 80 146 112 178 144 210
MSD161- P 16.1 17.0 85 151 120 186 153 220
MSD162- P 16.2 17.0 85 151 120 186 153 220
MSD163- P 16.3 17.0 85 151 120 186 153 220
MSD164- P 16.4 17.0 85 151 120 186 153 220
MSD165- P 16.5 17.0 85 151 120 186 153 220
: Stock Item : Under preparing for stock
477
Solid drill
MSD
Mach Solid Drill for Steel Drilling
New TiAlN coated drill
2 flute, helix angle 30 degree
Without coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSD166- P 16.6 17.0 85 151 120 186 153 220
MSD167- P 16.7 17.0 85 151 120 186 153 220
MSD168- P 16.8 17.0 85 151 120 186 153 220
MSD169- P 16.9 17.0 85 151 120 186 153 220
MSD170- P 17.0 17.0 85 151 120 186 153 220
MSD171- P 17.1 18.0 85 153 120 188 162 230
MSD172- P 17.2 18.0 85 153 120 188 162 230
DRILLING
MSD173- P 17.3 18.0 85 153 120 188 162 230
MSD174- P 17.4 18.0 85 153 120 188 162 230
MSD175- P 17.5 18.0 85 153 120 188 162 230
MSD176- P 17.6 18.0 85 153 120 188 162 230
MSD177- P 17.7 18.0 85 153 120 188 162 230
MSD178- P 17.8 18.0 85 153 120 188 162 230
MSD179- P 17.9 18.0 85 153 120 188 162 230
MSD180- P 18.0 18.0 85 153 120 188 162 230
MSD181- P 18.1 19.0 88 157 124 193 171 240
MSD182- P 18.2 19.0 88 157 124 193 171 240
MSD183- P 18.3 19.0 88 157 124 193 171 240
MSD184- P 18.4 19.0 88 157 124 193 171 240
MSD185- P 18.5 19.0 88 157 124 193 171 240
MSD186- P 18.6 19.0 88 157 124 193 171 240
Drilling
MSD187- P 18.7 19.0 88 157 124 193 171 240
MSD188- P 18.8 19.0 88 157 124 193 171 240
MSD189- P 18.9 19.0 88 157 124 193 171 240
MSD190- P 19.0 19.0 88 157 124 193 171 240
MSD191- P 19.1 20.0 90 160 130 200 180 250
MSD192- P 19.2 20.0 90 160 130 200 180 250
MSD193- P 19.3 20.0 90 160 130 200 180 250
MSD194- P 19.4 20.0 90 160 130 200 180 250
MSD195- P 19.5 20.0 90 160 130 200 180 250
MSD196- P 19.6 20.0 90 160 130 200 180 250
MSD197- P 19.7 20.0 90 160 130 200 180 250
MSD198- P 19.8 20.0 90 160 130 200 180 250
MSD199- P 19.9 20.0 90 160 130 200 180 250
MSD200- P 20.0 20.0 90 160 130 200 180 250
: Stock Item : Under preparing for stock
How to name for order made item : MSD Cutting edge length Total length L
Ex.1) Cutting edge diameter 6.3, Cutting edge length 45, Total length 80 MSD063 45 80L
Ex.2) Cutting edge diameter 6.34, Cutting edge length 45, Total length 80 MSD0634 45 80L
478
Solid drill
MSDH
Mach Solid Drill with Oil Hole
New TiAlN coated drill
2 flute, helix angle 30 degree
With coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSDH025- P 2.5 3.0 20 65 25 70 30 75
MSDH026- P 2.6 3.0 20 65 25 70 30 75
MSDH027- P 2.7 3.0 20 65 25 70 30 75
MSDH028- P 2.8 3.0 20 65 25 70 30 75
MSDH029- P 2.9 3.0 20 65 25 70 30 75
MSDH030- P 3.0 3.0 20 65 25 70 30 75
MSDH031- P 3.1 4.0 25 71 34 80 40 86
DRILLING
MSDH032- P 3.2 4.0 25 71 34 80 40 86
MSDH033- P 3.3 4.0 25 71 34 80 40 86
MSDH034- P 3.4 4.0 25 71 34 80 40 86
MSDH035- P 3.5 4.0 25 71 34 80 40 86
MSDH036- P 3.6 4.0 25 71 34 80 40 86
MSDH037- P 3.7 4.0 25 71 34 80 40 86
MSDH038- P 3.8 4.0 25 71 34 80 40 86
MSDH039- P 3.9 4.0 25 71 34 80 40 86
MSDH040- P 4.0 4.0 25 71 34 80 40 86
MSDH041- P 4.1 5.0 30 77 43 90 50 97
MSDH042- P 4.2 5.0 30 77 43 90 50 97
MSDH043- P 4.3 5.0 30 77 43 90 50 97
MSDH044- P 4.4 5.0 30 77 43 90 50 97
MSDH045- P 4.5 5.0 30 77 43 90 50 97
Drilling
MSDH046- P 4.6 5.0 30 77 43 90 50 97
MSDH047- P 4.7 5.0 30 77 43 90 50 97
MSDH048- P 4.8 5.0 30 77 43 90 50 97
MSDH049- P 4.9 5.0 30 77 43 90 50 97
MSDH050- P 5.0 5.0 30 77 43 90 50 97
MSDH051- P 5.1 6.0 35 81 48 96 60 108
MSDH052- P 5.2 6.0 35 81 48 96 60 108
MSDH053- P 5.3 6.0 35 81 48 96 60 108
MSDH054- P 5.4 6.0 35 81 48 96 60 108
MSDH055- P 5.5 6.0 35 81 48 96 60 108
MSDH056- P 5.6 6.0 35 81 48 96 60 108
MSDH057- P 5.7 6.0 35 81 48 96 60 108
MSDH058- P 5.8 6.0 35 81 48 96 60 108
MSDH059- P 5.9 6.0 35 81 48 96 60 108
MSDH060- P 6.0 6.0 35 81 48 96 60 108
MSDH061- P 6.1 7.0 40 84 56 105 70 120
MSDH062- P 6.2 7.0 40 84 56 105 70 120
MSDH063- P 6.3 7.0 40 84 56 105 70 120
MSDH064- P 6.4 7.0 40 84 56 105 70 120
MSDH065- P 6.5 7.0 40 84 56 105 70 120
MSDH066- P 6.6 7.0 40 84 56 105 70 120
MSDH067- P 6.7 7.0 40 84 56 105 70 120
MSDH068- P 6.8 7.0 40 84 56 105 70 120
MSDH069- P 6.9 7.0 40 84 56 105 70 120
MSDH070- P 7.0 7.0 40 84 56 105 70 120
MSDH071- P 7.1 8.0 45 90 60 105 80 120
: Stock Item : Under preparing for stock
479
Solid drill
MSDH
Mach Solid Drill with Oil Hole
New TiAlN coated drill
2 flute, helix angle 30 degree
With coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSDH072- P 7.2 8.0 45 90 60 110 80 130
MSDH073- P 7.3 8.0 45 90 60 110 80 130
MSDH074- P 7.4 8.0 45 90 60 110 80 130
MSDH075- P 7.5 8.0 45 90 60 110 80 130
MSDH076- P 7.6 8.0 45 90 60 110 80 130
MSDH077- P 7.7 8.0 45 90 60 110 80 130
MSDH078- P 7.8 8.0 45 90 60 110 80 130
DRILLING
MSDH079- P 7.9 8.0 45 90 60 110 80 130
MSDH080- P 8.0 8.0 45 90 60 110 80 130
MSDH081- P 8.1 9.0 48 97 72 125 90 143
MSDH082- P 8.2 9.0 48 97 72 125 90 143
MSDH083- P 8.3 9.0 48 97 72 125 90 143
MSDH084- P 8.4 9.0 48 97 72 125 90 143
MSDH085- P 8.5 9.0 48 97 72 125 90 143
MSDH086- P 8.6 9.0 48 97 72 125 90 143
MSDH087- P 8.7 9.0 48 97 72 125 90 143
MSDH088- P 8.8 9.0 48 97 72 125 90 143
MSDH089- P 8.9 9.0 48 97 72 125 90 143
MSDH090- P 9.0 9.0 48 97 72 125 90 143
MSDH091- P 9.1 10.0 52 106 75 129 95 150
MSDH092- P 9.2 10.0 52 106 75 129 95 150
Drilling
MSDH093- P 9.3 10.0 52 106 75 129 95 150
MSDH094- P 9.4 10.0 52 106 75 129 95 150
MSDH095- P 9.5 10.0 52 106 75 129 95 150
MSDH096- P 9.6 10.0 52 106 75 129 95 150
MSDH097- P 9.7 10.0 52 106 75 129 95 150
MSDH098- P 9.8 10.0 52 106 75 129 95 150
MSDH099- P 9.9 10.0 52 106 75 129 95 150
MSDH100- P 10.0 10.0 52 106 75 129 95 150
MSDH101- P 10.1 11.0 56 111 83 140 105 160
MSDH102- P 10.2 11.0 56 111 83 140 105 160
MSDH103- P 10.3 11.0 56 111 83 140 105 160
MSDH104- P 10.4 11.0 56 111 83 140 105 160
MSDH105- P 10.5 11.0 56 111 83 140 105 160
MSDH106- P 10.6 11.0 56 111 83 140 105 160
MSDH107- P 10.7 11.0 56 111 83 140 105 160
MSDH108- P 10.8 11.0 56 111 83 140 105 160
MSDH109- P 10.9 11.0 56 111 83 140 105 160
MSDH110- P 11.0 11.0 56 111 83 140 105 160
MSDH111- P 11.1 12.0 60 118 90 148 114 172
MSDH112- P 11.2 12.0 60 118 90 148 114 172
MSDH113- P 11.3 12.0 60 118 90 148 114 172
MSDH114- P 11.4 12.0 60 118 90 148 114 172
MSDH115- P 11.5 12.0 60 118 90 148 114 172
MSDH116- P 11.6 12.0 60 118 90 148 114 172
MSDH117- P 11.7 12.0 60 118 90 148 114 172
MSDH118- P 11.8 12.0 60 118 90 148 114 172
: Stock Item : Under preparing for stock
480
Solid drill
MSDH
Mach Solid Drill with Oil Hole
New TiAlN coated drill
2 flute, helix angle 30 degree
With coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSDH119- P 11.9 12.0 60 118 90 148 114 172
MSDH120- P 12.0 12.0 60 118 90 148 114 172
MSDH121- P 12.1 13.0 65 125 98 158 124 184
MSDH122- P 12.2 13.0 65 125 98 158 124 184
MSDH123- P 12.3 13.0 65 125 98 158 124 184
MSDH124- P 12.4 13.0 65 125 98 158 124 184
MSDH125- P 12.5 13.0 65 125 98 158 124 184
DRILLING
MSDH126- P 12.6 13.0 65 125 98 158 124 184
MSDH127- P 12.7 13.0 65 125 98 158 124 184
MSDH128- P 12.8 13.0 65 125 98 158 124 184
MSDH129- P 12.9 13.0 65 125 98 158 124 184
MSDH130- P 13.0 13.0 65 125 98 158 124 184
MSDH131- P 13.1 14.0 70 132 105 167 133 195
MSDH132- P 13.2 14.0 70 132 105 167 133 195
MSDH133- P 13.3 14.0 70 132 105 167 133 195
MSDH134- P 13.4 14.0 70 132 105 167 133 195
MSDH135- P 13.5 14.0 70 132 105 167 133 195
MSDH136- P 13.6 14.0 70 132 105 167 133 195
MSDH137- P 13.7 14.0 70 132 105 167 133 195
MSDH138- P 13.8 14.0 70 132 105 167 133 195
MSDH139- P 13.9 14.0 70 132 105 167 133 195
Drilling
MSDH140- P 14.0 14.0 70 132 105 167 133 195
MSDH141- P 14.1 15.0 75 139 108 172 138 202
MSDH142- P 14.2 15.0 75 139 108 172 138 202
MSDH143- P 14.3 15.0 75 139 108 172 138 202
MSDH144- P 14.4 15.0 75 139 108 172 138 202
MSDH145- P 14.5 15.0 75 139 108 172 138 202
MSDH146- P 14.6 15.0 75 139 108 172 138 202
MSDH147- P 14.7 15.0 75 139 108 172 138 202
MSDH148- P 14.8 15.0 75 139 108 172 138 202
MSDH149- P 14.9 15.0 75 139 108 172 138 202
MSDH150- P 15.0 15.0 75 139 108 172 138 202
MSDH151- P 15.1 16.0 80 146 112 178 144 210
MSDH152- P 15.2 16.0 80 146 112 178 144 210
MSDH153- P 15.3 16.0 80 146 112 178 144 210
MSDH154- P 15.4 16.0 80 146 112 178 144 210
MSDH155- P 15.5 16.0 80 146 112 178 144 210
MSDH156- P 15.6 16.0 80 146 112 178 144 210
MSDH157- P 15.7 16.0 80 146 112 178 144 210
MSDH158- P 15.8 16.0 80 146 112 178 144 210
MSDH159- P 15.9 16.0 80 146 112 178 144 210
MSDH160- P 16.0 16.0 80 146 112 178 144 210
MSDH161- P 16.1 17.0 85 151 120 186 153 220
MSDH162- P 16.2 17.0 85 151 120 186 153 220
MSDH163- P 16.3 17.0 85 151 120 186 153 220
MSDH164- P 16.4 17.0 85 151 120 186 153 220
MSDH165- P 16.5 17.0 85 151 120 186 153 220
: Stock Item : Under preparing for stock
481
Solid drill
MSDH
Mach Solid Drill with Oil Hole
New TiAlN coated drill
2 flute, helix angle 30 degree
With coolant hole type
Tolerance of drill diameter (h7)
Tolerance of drill shank (h6)
(mm)
3P 5P 7P
Designation D d
Stock L Stock L Stock L
MSDH166- P 16.6 17.0 85 151 120 186 153 220
MSDH167- P 16.7 17.0 85 151 120 186 153 220
MSDH168- P 16.8 17.0 85 151 120 186 153 220
MSDH169- P 16.9 17.0 85 151 120 186 153 220
MSDH170- P 17.0 17.0 85 151 120 186 153 220
MSDH171- P 17.1 18.0 85 153 120 188 162 230
MSDH172- P 17.2 18.0 85 153 120 188 162 230
DRILLING
MSDH173- P 17.3 18.0 85 153 120 188 162 230
MSDH174- P 17.4 18.0 85 153 120 188 162 230
MSDH175- P 17.5 18.0 85 153 120 188 162 230
MSDH176- P 17.6 18.0 85 153 120 188 162 230
MSDH177- P 17.7 18.0 85 153 120 188 162 230
MSDH178- P 17.8 18.0 85 153 120 188 162 230
MSDH179- P 17.9 18.0 85 153 120 188 162 230
MSDH180- P 18.0 18.0 85 153 120 188 162 230
MSDH181- P 18.1 19.0 88 157 124 193 171 240
MSDH182- P 18.2 19.0 88 157 124 193 171 240
MSDH183- P 18.3 19.0 88 157 124 193 171 240
MSDH184- P 18.4 19.0 88 157 124 193 171 240
MSDH185- P 18.5 19.0 88 157 124 193 171 240
MSDH186- P 18.6 19.0 88 157 124 193 171 240
Drilling
MSDH187- P 18.7 19.0 88 157 124 193 171 240
MSDH188- P 18.8 19.0 88 157 124 193 171 240
MSDH189- P 18.9 19.0 88 157 124 193 171 240
MSDH190- P 19.0 19.0 88 157 124 193 171 240
MSDH191- P 19.1 20.0 90 160 130 200 180 250
MSDH192- P 19.2 20.0 90 160 130 200 180 250
MSDH193- P 19.3 20.0 90 160 130 200 180 250
MSDH194- P 19.4 20.0 90 160 130 200 180 250
MSDH195- P 19.5 20.0 90 160 130 200 180 250
MSDH196- P 19.6 20.0 90 160 130 200 180 250
MSDH197- P 19.7 20.0 90 160 130 200 180 250
MSDH198- P 19.8 20.0 90 160 130 200 180 250
MSDH199- P 19.9 20.0 90 160 130 200 180 250
MSDH200- P 20.0 20.0 90 160 130 200 180 250
How to name for order made item : MSDH Cutting edge length Total length L : Stock Item : Under preparing for stock
Ex.1) Cutting edge diameter 6.3, Cutting edge length 45, Total length 800 MSDH063 45 80L
Ex.2) Cutting edge diameter 6.34, Cutting edge length 45, Total length 80 MSDH0634 45 80L
482
Solid drill
MLD
Mach Long Drill with oil hole for deep hole machine
Tolerance of drill diameter
Every size Drill diameter h7
Shank diameter h6
(mm)
20(L / D=20) 25(L / D=25)
Designation D d
Stock 1 L Stock 1 L
MLD0300- 3.0 3.0 60 110 75 120
MLD0400- 4.0 4.0 80 130 100 150
MLD0500- 5.0 5.0 100 150 125 175
MLD0600- 6.0 6.0 120 170 150 200
MLD0700- 7.0 7.0 140 190 175 225
MLD0800- 8.0 8.0 160 210 200 250
MLD0900- 9.0 9.0 230 230 225 275
DRILLING
MLD1000- 10.0 10.0 250 250 250 300
How to name for order made item: MLD -Aspect ratio : Stock Item : Under preparing for stock
Ex.1) Cutting edge diameter 5.3, Cutting edge length 120, Total length 180 MLD0530-22A
Last alphabet character is for detail information as per customers.
MLDP
Pilot Drill with oil hole for MLD
Drilling
Tolerance of drill diameter
Every size Drill diameter x6
Shank diameter h6
Refer to page 455 for tolerance of shank (mm)
5(L / D=5) 7(L / D=7)
Designation D d
Stock L Stock L
MLDP0300- 3.0 3.0 25 70 30 75
MLDP0400- 4.0 4.0 34 80 40 86
MLDP0500- 5.0 5.0 43 90 50 97
MLDP0600- 6.0 6.0 48 96 60 108
MLDP0700- 7.0 7.0 56 105 70 120
MLDP0800- 8.0 8.0 60 110 80 130
MLDP0900- 9.0 9.0 72 125 90 143
MLDP1000- 10.0 10.0 75 129 95 150
How to name for order made item : Stock Item : Under preparing for stock
Pilot drill to make pre-hole for long drill 5.8, Cutting edge length 50, Total length 100, Shank diameter 6
When use MLD, MLDP has to be used at first.
483
Brazed drill
VZD
Vulcan drill (MA, MBA)
MA Type
MBA Type
(mm)
Designation Stock item D d L 1 2 3
VZD126~135MA, MBA 135MA 12.6~13.5 16 110 62 48 44
VZD136~145MA, MBA 13.6~14.5 16 115 67 48 48
VZD146~155MA, MBA 14.6~15.5 20 125 75 50 55
VZD156~165MA, MBA 160MA, 163MA, 165MA 15.6~16.5 20 130 80 50 59
VZD166~175MA, MBA 170MA, 175MBA 16.6~17.5 20 135 85 50 63
VZD176~185MA, MBA 17.6~18.5 20 140 90 50 66
VZD186~195MA, MBA 190MA 18.6~19.5 25 155 99 56 74
DRILLING
VZD196~205MA, MBA 200MA, 205MA 19.6~20.5 25 155 99 56 73
VZD206~215MA, MBA 215MBA 20.6~21.5 25 155 99 56 72
VZD216~225MA, MBA 224MA 21.6~22.5 25 160 104 56 76
VZD226~235MA, MBA 22.6~23.5 25 160 104 56 74
VZD236~245MA, MBA 240MBA, 245MBA 23.6~24.5 32 170 110 60 79
VZD246~255MA, MBA 24.6~25.5 32 170 110 60 78
VZD256~265MA, MBA 260MBA 25.6~26.5 32 175 115 60 82
VZD266~275MA, MBA 26.6~27.5 32 175 115 60 80
VZD276~285MA, MBA 27.6~28.5 32 180 120 60 84
VZD286~295MA, MBA 28.6~29.5 32 185 125 60 88
VZD296~305MA, MBA 29.6~30.5 32 185 125 60 87
VZD306~315MA, MBA 30.6~31.5 40 205 135 70 95
VZD316~325MA, MBA 31.6~32.5 40 210 140 70 98
VZD326~335MA, MBA 32.6~33.5 40 215 145 70 101
VZD336~345MA, MBA 33.6~34.5 40 220 150 70 104
Drilling
VZD346~355MA, MBA 34.6~35.5 40 225 155 70 107
VZD356~365MA, MBA 35.6~36.5 40 225 155 70 110
VZD366~375MA, MBA 36.6~37.5 40 230 160 70 113
VZD376~385MA, MBA 37.5~38.5 40 235 165 70 116
VZD386~395MA, MBA 38.6~39.5 40 240 170 70 119
VZD396~405MA, MBA 39.6~40.5 40 245 175 70 122
VZD MA : For steel, ductile cast iron How to name for order made item Cutting edge length Total length L
MBA : For soft steel, steel for construction MA type, Cutting edge diameter 18.6, Cutting edge length 110, Total length 200
MA type, Cutting edge diameter 18.63, Cutting edge length 110, Total length 200
MA type, Cutting edge diameter 18.6, Standard type
Recommended Cutting condition
Diameter(mm) Cutting condition Alloy steel, Carbon steel(Under HB320) Soft steel, Alloy steel, Carbon steel(Under HB250) Mould steel(About HB250) Stainless steel(About HB250) Ductile cast iron
V 40~60~90 40~65~90 40~50~70 30~45~50 50~70~100
~ 15
f 0.1~0.2~0.25 0.15~0.2~0.3 0.1~0.2~0.25 0.1~0.15~0.2 0.2~0.3~0.35
V 40~60~90 40~65~90 40~50~70 30~45~50 50~70~100
~ 20
f 0.15~0.25~0.35 0.2~0.3~0.4 0.15~0.25~0.3 0.15~0.2~0.25 0.2~0.35~0.4
V 40~65~90 40~70~90 40~50~70 30~45~50 50~70~100
~ 40
f 0.2~0.3~0.4 0.2~0.35~0.45 0.2~0.3~0.35 0.2~0.25~0.3 0.25~0.4~0.5
V: Cutting speed(m/min), f: Feed(mm/rev), Minimum ~ Standard ~ Maximum
484
Brazed drill
VZD
Vulcan drill (LA, LBA)
LA Type
LBA Type
(mm)
Designation Stock item D d L 1 2 3
VZD126~135LA, LBA 12.6~13.5 16 140 92 48 74
VZD136~145LA, LBA 13.6~14.5 16 145 97 48 78
VZD146~155LA, LBA 14.6~15.5 20 155 105 50 85
VZD156~165LA, LBA 15.6~16.5 20 165 115 50 94
VZD166~175LA, LBA 16.6~17.5 20 170 120 50 98
VZD176~185LA, LBA 17.6~18.5 20 175 125 50 101
VZD186~195LA, LBA 18.6~19.5 25 190 134 56 109
DRILLING
VZD196~205LA, LBA 19.6~20.5 25 195 139 56 113
VZD206~215LA, LBA 20.6~21.5 25 195 139 56 112
VZD216~225LA, LBA 21.6~22.5 25 200 144 56 116
VZD226~235LA, LBA 22.6~23.5 25 210 154 56 124
VZD236~245LA, LBA 23.6~24.5 32 220 160 60 129
VZD246~255LA, LBA 24.6~25.5 32 225 165 60 133
VZD256~265LA, LBA 25.6~26.5 32 230 170 60 137
VZD266~275LA, LBA 26.6~27.5 32 235 175 60 141
VZD276~285LA, LBA 27.6~28.5 32 240 180 60 144
VZD286~295LA, LBA 28.6~29.5 32 245 185 60 148
VZD296~305LA, LBA 29.6~30.5 32 255 195 60 157
VZD306~315LA, LBA 30.6~31.5 40 275 205 70 166
VZD316~325LA, LBA 31.6~32.5 40 280 210 70 172
VZD326~335LA, LBA 32.6~33.5 40 285 215 70 173
VZD336~345LA, LBA 33.6~34.5 40 290 220 70 177
Drilling
VZD346~355LA, LBA 34.6~35.5 40 295 225 70 181
VZD356~365LA, LBA 35.6~36.5 40 300 230 70 183
VZD366~375LA, LBA 36.6~37.5 40 305 235 70 188
VZD376~385LA, LBA 37.5~38.5 40 315 245 70 193
VZD386~395LA, LBA 38.6~39.5 40 320 250 70 198
VZD396~405LA, LBA 39.6~40.5 40 325 255 70 203
VZD LA : For Steel, Ductile Cast iron Naming Method of Special Item: VZD L Cutting edge length Total length L
LBA : For Soft steel, Steel for construction Ex.1) LA type, Cutting edge diameter 18.6, Cutting edge length 110, Total length 200 VZD186LA 110 200L
Ex.2) LA type, Cutting edge diameter 18.63, Cutting edge length 110, Total length 200 VZD1863LA 110 200L
Ex.3) LA type, Cutting edge diameter 18.6, Standard type VZD186LA
Recommended Cutting condition
Diameter(mm) Cutting condition Soft steel, Alloy steel, Carbon steel(Under HB250) Soft steel, Alloy steel, Carbon steel(Under HB250) Diameter(mm) Cutting condition Alloy steel, Carbon steel(Under HB320) Soft steel, Alloy steel, Carbon steel(Under HB250)
V 40~60~80 40~70~90 V 40~65~80 40~80~90
~ 20 ~ 40
f 0.15~0.25~0.35 0.2~0.3~0.4 f 0.2~0.3~0.4 0.2~0.35~0.45
V: Cutting speed(m/min), f: Feed(mm/rev), Minimum ~ Standard ~ Maximum
485
G T
M
D 0
Others
List of Part Screw 488
Wrench 491
Lever / Shim Pin 492
Stop Ring & Washer / Pin 493
Spring / Breaker Piece 494
Stopper 495
Shim 496
Clamp 498
Technical information Turning 500
Milling 508
Taper 514
Specification of hole 519
Conversion table for work piece hardness 520
Comperative table for work piece 521
Tungsten Carbide ISO Grade 524
Grade Application 525
Grade features 526
The comparison of chip breakers 527
The comparison of grades (Turning) 528
The comparison of grades (Milling) 529
Index 530
Screw
Dimension Dimension
Shape Designation Shape Designation
a b c d B(T) a a b c d B(T) a
ETNA 02506 M2.5 0.45 5.7 3.4 7 43 FTGA0510-P M5 0.8 10 7.0 20 63
04065 M4 0.7 6.5 5.1 15 43 0511-P M5 0.8 11.5 7.0 20 63
0408 M4 0.7 8.0 5.1 15 43 0512-P M5 0.8 12 7.0 20 63
0511 M5 0.8 11.0 6.4 20 43 0513-P M5 0.8 13 7.0 20 63
ETGA0520CBM M5 0.8 20.0 6.5 20 43 FTKA02206 M2.2 0.45 5.5 3.0 6 60
FTNA01633 M16 0.35 3.3 2.6 6 60 02206S M2.2 0.45 5.6 3.05 7 60
0203 M2 0.4 3.0 2.7 6 60 02565 M2.5 0.45 6.5 3.5 7 60
02033 M2 0.4 3.3 2.7 6 60 02565S M2.5 0.45 6.5 3.8 8 60
0204 M2 0.4 4.3 2.7 6 60 0307 M3 0.5 7.2 4.2 9 60
0238 M2 0.4 3.8 3.0 6 60 03508 M3.5 0.6 8.4 5.5 15 60
02205 M2.2 0.45 4.5 3.0 6 60 03510 M3.5 0.6 10.4 5.5 15 60
0305 M3 0.5 5.2 4.2 9 60 03511A M3.5 0.6 11 5.2 15 60
0306 M3 0.5 6.2 4.2 9 60 0408 M4 0.7 8.4 5.5 15 60
0307 M3 0.5 7.2 4.2 9 60 0410 M4 0.7 10.0 5.5 15 60
0408 M4 0.7 8.5 5.5 15 60 0413 M4 0.7 13 5.5 15 60
OTHERS
0411 M4 0.7 11.0 5.5 15 60 FTNB0411 M4 0.7 10.8 5.7 15 60
0415 M4 0.7 15.0 5.5 15 60 FTNC04511 M4.5 0.75 11.5 6.8 20 55
0513 M5 0.8 13.0 7.0 20 60 04509 M4.5 0.75 9.5 6.8 20 55
0516 M5 0.8 16.0 7.0 20 60 PTMA03508 M3.5 0.6 8.0 6.0 9 90
0618 M6 1.0 17.2 8.8 20 60 0403F M4 0.5 3.3 6.5 15 91
FTGA0513 M5 0.8 13.2 7 20 61 0404F M4 0.5 4.3 6.5 15 91
0517 M5 0.8 17 7.5 20 61 0405F M4 0.5 5.3 6.5 15 91
List of Part
0621 M6 1.0 21.5 9 20 61 0406F M4 0.5 6.3 6.5 15 91
0826 M8 1.25 26 11.6 25 61 0411 M4 0.7 11 6.6 15 90
0417CBM M4 0.7 17 5.5 15 62 PTKA02508 M2.5 0.45 08 3.8 08 92
03507 M3.5 0.6 7 5.3 15 60 03510 M3.5 0.6 10 5.0 5.0 15 92
03508 M3.5 0.6 8.0 5.3 15 60 0412 M4 0.7 12 5.9 15 92
03510 M3.5 0.6 10.0 5.3 15 60 0512 M5 0.8 12 6.9 20 92
03512 M3.5 0.6 12.0 5.3 15 60 0407F M4 0.5 7.3 3.8 6.5 15 91
0411F M4 0.5 11.0 7.0 15 60 0408F M4 0.5 8.3 6.5 15 91
488
Screw
Dimension Dimension
Shape Designation Shape Designation
a b c d B(T) a a b c d B(T) a
PTKA0409F M4 0.5 9.3 6.5 15 91 RHA 0306 M3 0.5 7.5 6.0 5.5 2.0
0410F M4 0.5 10.3 6.5 15 91
0411F M4 0.5 11.3 6.5 15 91
0412F M4 0.5 12.3 6.5 15 91 DHA 0514 M5 0.8 14.0 5.0 7.0 2.5
0413F M4 0.5 13.3 6.5 15 91 0617 M6 1.0 17.0 7.0 7.5 3.0
SHX 0310 M3 0.5 10.0 5.9 2 91 0620 M6 1.0 20 8.0 8.0 3.0
0624 M6 1.0 24.0 12.0 8.5 3.0
Counter clock wise Clock wise
0627 M6 1.0 27.0 15.0 8.5 3.0
PSMA02608 M2.6 0.45 8.0 5.0 4.5 0.6 90 0815 M8 1.25 15.5 6.25 6.25 4.0
0820 M8 1.25 20.0 8.0 9.0 4.0
0821F M8 1.0 21.0 8.5 8.5 4.0
CHX 0623 M6 1.0 23.0 13.8 12 4 90 0825 M8 1.25 25 10.0 9.0 4.0
0830 M8 1.25 30.0 11.5 11.5 4.0
VHX 0514 M5 0.8 14.5 8.25 5 2 LTX 0512 M5 0.8 15.1 12.0 7.3 20
0617 M6 1.0 17.0 10 6 2.5 0514 M5 0.8 17.1 14.0 7.3 20
OTHERS
0821 M8 1.0 21.0 10 8 3.0
0825 M8 1.0 25.0 12 8 3 WTX 0813 M8 1.25 17.2 4.9 8.5 25
1027 M10 1.0 27.2 14.4 9.8 5.0 0817 M8 1.25 22.0 4.9 8.5 25
1236 M12 1.0 36.0 18.3 11.8 5
0512B M5 0.8 12.0 6.5 2.0 CHX 0513 M5 0.8 13.0 8.0 6.4 2.5
0509B M5 0.8 9.0 4.15 2.0 0616 M6 1.0 16.2 10.1 8.5 3.0
M6 1.0
VHX0613A M6 1.0 13.4 9.1 6.0 2.5 0617L 17.2 10.1 8.5 3.0
List of Part
Counter clock wise
0621 M6 1.0 21.0 10.1 8.5 3.0
0822 M8 1.25 21.8 13.0 10.5 4.0
MHA 0512 M5 0.8 17.0 10.8 8.0 4.0
MHB 1055 M10 1.5 65 50 16 8 CHX 0407 M4 0.7 9.5 7.36 5.7 2.5
1260 M12 1.75 72 55 18 10 0510 M5 0.8 13.1 10.1 7.7 3.0
1680 M16 2.0 96 75 24 14
0310 M3 0.5 13.4 8.0 5.5 2.5
0410 M4 0.7 14.0 8.0 7.0 3.0
489
Screw
Dimension Dimension
Shape Designation Shape Designation
a b c d B(T) a a b c d B(T) a
SHXN
CHX 0625 1/4-20UNC 24.8 11.0 10 4.0 M5 0.5 M3.5 0.6 8.65 6.3 3.5
0509F
CTX 03510 M3.5 0.6 10.0 4.7 5.3 15 SHXN
M6 0.75 M4 0.5 10.0 7.8 4.0
0610F
04513 M4.5 0.75 13.1 6.9 6.8 20
04513H M4.5 0.75 13.1 7.2 6.8 20
0517 M5 0.8 17.5 10 7 20
PLG 8 PT1/8 9.728 7.0 0.45 5.0
0621 M6 1.0 21.2 12.4 9 25
4 PT1/4 13.157 8.9 0.7 6.0
CHX 0824 M8 1.25 28.0 24.0 12 4.0
BHA 0616 M6 1.0 22.0 16.0 10 5.0
N 0407 M4 0.7 7.5 6.0 7.0 3.0
MHX 0523 M5 0.8 23.5 9.7 10 2.5
0508 M5 0.8 8.3 6.6 7.0 3.0
0626 M6 1.0 25.8 10.0 11 3.0
0630 M6 1.0 30.0 12.5 10.5 4.0
AZ0514 M5 0.8 14.0 7.0 9.0 Ø2.5
OTHERS
AC 0205 M2 0.4 6.2 4.9 3.4 2.2
KHD 0510 M5 0.8 10.0 9.0 3.0 2.5
List of Part
490
Wrench
Dimension Dimension
Shape Designation Shape Designation
a b c d B(T) a a b c d B(T)
TW 06P 63 06 HW 30 75 80 3.0
07P 63 07 40 82 80 4.0
08P 71 08 50 96 90 5.0
09P 75 09
10P 78 10
15P 82 15
SW 15S 150 13
20P 86 20
50L 70 27.5
TW 15L 60 21 15
20L 60 21 20
TW 07S 140 60 07
08S 150 76 08
09S 165 70 09
15S 190 90 15
OTHERS
20S 195 91 20
TW 20 75 80 20
25 74 80 25 List of Part
HW20L 52 18 2.0
25L 58.5 20.5 2.5
30L 66 23 3.0
35L 72 25 3.5
40L 74 29 4.0
50L 85 33 5.0
491
Lever / Shim Pin
Dimension Dimension
Shape Designation Shape Designation
a b c d a b c d
LV 3 3.7 10.0 12 3.6 SP 3 5.5 3.5 5.9
3C 3.1 10.0 7.85 3.6 4 7.0 4.0 7.6
3D 3.1 11.7 9.5 3.6 5 8.5 4.5 8.8
4 4.7 14.55 14 4.7 6 11.1 6.0 11.0
5 6.0 17.1 17 6.0 8 12.0 10.0 15.35
6 7.5 20.5 21 7.6 10 6.5 3.3 5.8
LV 2 2.6 7.75 6.0 2.1
3B 3.1 10.0 9.5 3.7
4B 4.7 14.55 15.6 4.7
LV 4A 4.6 13.24 9.95 4.7 SP 2M 5.0 14.0 M5 0.8 6.0
3M 3.5 19.5 M4 0.7 4.0
4M 5.0 19.0 M5 0.8 6.0
3M-1 3.5 16.5 M4 0.7 4.0
LR 10 3.4 10.8 11.7 3.0 3D2 12.0 No.10- 5.5
3.6
OTHERS
32UNF
12 3.7 13.5 13.4 3.5
List of Part
492
Stop Ring & Washer / Pin
Dimension Dimension
Shape Designation Shape Designation
a b c d a b c d
ER 025 6.0 2.1 0.4 2.5 PN 0308 3.0 8.0
03 7.0 2.6 0.6 3.0 0310 3.0 10.0
04 9.0 3.5 0.6 4.0 0312 3.0 12.0
05 11 4.3 0.6 5.0 0314 3.0 14.0
06 12 5.2 0.8 6.0
07 14 6.1 0.8 7.0 PN 0515 4.8 3.3 14.5
CR 04 6.6 3.6 0.4 4.0
05 7.6 4.6 0.4 5.0
06 8.6 5.6 0.4 6.0
07 9.8 6.5 0.5 7.0
0.5
WA 3 11.0 6.8
~1.0
0.5
4 10.0 5.3
OTHERS
~1.0
List of Part
493
Spring / Breaker Piece
Dimension Dimension
Shape Designation Shape Designation
a b c d a b c d
SR 2 4.0 2.8 12.6 0.4 CB20 8.5 3.4 20.0
SR 3 9.2 12.5
4 4.0 11.0
OTHERS
List of Part
494
Stopper
Dimension
Shape Designation
a b c d
STP 5 11 10.2 11 30
OTHERS
List of Part
495
Shim
Dimension Dimension
Shape Designation Shape Designation
a b c a b c
SC 32 8.5 3.18 4.9 ST 32S 8.5 3.18 5.4
42 12.5 3.18 6.9
53 15.7 4.76 7.9
63 18.85 4.76 10.0
83 24.4 4.76 12.8
SS 32S 8.3 3.18 5.4
84 24.4 6.35 12.8
42S 11.5 3.18 6.4
SD 317 9.35 2.7 5.2
42 12.5 3.18 6.9
SR 10 8.4 3.18 4.7
SC 42S 11.5 3.18 6.4
12 10.0 3.18 4.7
84 22.0 6.35 9.6
10S 8.8 3.18 5.4
SD 32S 8.5 3.18 5.4
12S 10.55 3.18 5.4
SS 32 8.5 3.18 4.9
OTHERS
42 12.5 3.18 6.9
53 15.7 4.76 7.9
63 18.85 4.76 10.0
83 24..4 4.76 12.8
SV 32S 8.4 3.18 5.4
84 24.4 6.35 12.8
32D2 9.2 3.18 5.8
317 9.35 2.7 5.2
List of Part
ST 317 9.35 2.7 5.0
42 12.5 3.18 6.9
53 15.7 4.76 7.9 ST 32M 8.7 3.18 4.7
63 18.85 4.76 10.0 43M 12.5 4.76 6.3
84 25.2 6.35 13.3
SW 317 9.35 2.7 5.0
42 12.5 3.18 6.9
496
Shim
Dimension Dimension
Shape Designation Shape Designation
a b c a b c
SS 42CC 12.5 3.18 3.5 ST 31C 8.1 2.7 4.0
42C 10.72 3.18 3.5
SC 42CC 12.5 3.18 3.5
SS 31C 8.1 2.7 4.0
41C 11.25 2.7 4.0
SR 42CC 12.575 3.18 3.5
22CC 6.15 3.18 2.5 SK 33C 9.33 14.7 4.8 3.5
32CC 9.325 3.18 3.5 33CL 9.33 14.7 4.8 3.5
65CC 18.85 7.97 8.4
ST 317B 9.35 2.7 5.0 SES 33C 9.1 12 4.76 3.5
OTHERS
SS 42B 12.5 3.18 6.9
ST 32CC 9.35 3.18 3.5
SC 42B 12.5 3.18 6.9
List of Part
ST 32C1 9.13 3.18 4.95
42C1 12.3 3.18 4.95
SW 43M 12.5 4.76 6.2
SS42SAF 11.2 3.00 5.5
497
Clamp
Dimension Dimension
Shape Designation Shape Designation
a b c a b c
CS 5R1 6.8 7.0 14.5 2.0 CMH 6R3 20.0 11.0 17.51
6R1 8.8 8.5 18.1 2.7 6L3 20.0 11.0 17.51
8R1 11.8 10.0 23.0 4.2
CH 5R2 6.85 7.0 13.8 2.0 CGH 5R1 19.5 9.5 28.8 2.5
6R2 8.85 8.7 16.5 2.0 5R2 20.5 9.5 28.8 3.5
8R2 10.85 11.3 21.25 3.0 5R3 22.5 9.5 28.8 5.5
5R3 7.85 7.2 14.8 3.1
6R3 11.8 10.0 23 4.2
6R4 12.02 9.0 23.97 3.75
8R3 16 11.5 32.3 7.21 CDS 8N 10.8 17.0 22.2 5.0
CH 4R1 7.4 5.0 14.1 3.1
5R1 10.0 6.6 20.2 4.5
OTHERS
CGH 6R1 22.3 11.9 23.2 2.5 CBH4.5R1 8 5.74 17.7 4
6R2 23.2 11.9 23.2 3.4 4.5R2 9.5 6.4 18 4
6R3 24.0 11.9 23.2 4.2 4.51 10 7.8 21 5
5R1 10 7.8 21.3 5
CTH 6R1 23.5 12.0 25.4 14.35 6R1 12 9.3 26 6
List of Part
6R2 21.78 12.9 31.22 17.33 CHH3.5R1 7.5 6.7 13 2.45
6L1 23.5 12.0 25.4 14.35 4.5R1 7.9 7.85 14.1 2.54
5.5R1 9.8 10 16.4 4.0
CMH 5R1 18.5 7.9 16.0 6.26
6R2 20.0 11.0 17.5 13.8
498
Technical information
Turning 500
Milling 508
Taper 514
Specification of hole 519
Conversion table for work piece hardness 520
Comperative table for work piece 521
Tungsten Carbide ISO Grade 524
Grade Application 525
Grade features 526
The comparison of chip breakers 527
The comparison of grades (Turning) 528
The comparison of grades (Milling) 529
Turning
Terminology of Toolholder
End cutting edge angle
Side relief angle
Shank width
Side rake angle
Nose radius
Side cutting edge angle
Cutting edge angle
Rake angle
Total length
Cutting edge height
Shank height
Relief angle
Major cutting formula
Cutting speed Feed
Cutting speed
Workpiece diameter
Revolution per minute
Circular constant Feed per revolution
Feed per minute
Revolution per minute
Surface roughness
Theoretical surface roughness
Actual surface roughness Steel : Rmax (1.5~3)
Rmax : Maximum roughness ( )
Cast iron : Rmax (3~5) f : Feed (mm/rev)
r : Nose radius
Technical information
Surface roughness as per nose radius & feed
nose radius
feed
500
Major factors of cutting edge
Rake angle
Rake angle affects cutting load, chip control and tool life.
Major cutting load Cutting load on feed direction
Cutting speed Cutting speed
Effects
1. High rake angle results in good surface finish.
2. As the rake angle increased 1degree, machining power necessary to cut decrease 1%.
3. High rake angle could weaken the cutting edge.
Selection way
1. For hard work piece
Low rake angle
2. For the applications that need strong cutting edge like roughing or intermittent cutting.
1. For soft work piece
2. For easy to cut material High rake angle
3. When the machine power is low
Relationship between rake angle and chip flow direction
Technical information
Rake angle
In order to prevent scratch on machined surface, avoid nega, posi combination. Side rake angle
501
Turning
Relief angle
Interference between work piece and insert could be prevented by design proper relief
Relationship between relief angle and wear amount
Same depth of cut
Wear amount Wear amount
Small flank wear
Big flank wear
Low relief angle High relief angle
Flank wear
Fracture
Work piece : SNCM431(HB200)
Insert grade : P20
d : 1mm
f : 0.32mm/rev
T : 20minute
Relief angle
Effects
Technical information
1. High relief angle will bring small flank wear.
2. High relief angle will weaken the cutting egde.
3. Low relief angle could cause chattering .
Selection way
1. For hard work piece
Low relief angle
2. For the applications that need strong cutting edge
1. For soft work piece
High relief angle
2. For the work piece having property to get work hardening
502
Lead angle (Side cutting edge)
Since the lead angle has big influence on chip flow and cutting load, taking a proper value is very important.
Relationship between lead angle and chip thickness
constant
Chip thickness
Cutting load as per lead angle Tool life as per leas angle
Major cutting load
Cutting load
Tool life(min)
Cutting load on feed direction Work piece : SCM440(HB250) Lead angle 15
Insert grade : TNGA220412
V = 100m/min
Cutting load on work piece surface direction d = 4mm
f = 0.45mm/rev
Lead angle Lead angle 0
Work piece : SCM440
Insert grade : P20
d : 3mm
f : 0.2mm/rev
Technical information
Effects Cutting speed(m/min)
1. Since the big lead angle makes thin & wide chip, tool life could be increased.
2. Big lead angle for the tool machining long bar could cause bending of work piece.
Selection way
1. For finishing with shallow depth of cut
2. For thin long bar machining Low lead angle
3. When the machine power is low
1. For hard work piece
2. For the roughing of big diameter work piece High lead angle
3. When the machine power is enough
503
Turning
End cutting angle
It affects machined surface by prevent interference between surface of work piece and insert.
Effects
1. If reduce end cutting angle, cutting edge will be stronger but heat generated by machining will be higher.
2. Small end cutting angle could cause chattering due to the increased cutting force.
Nose radius
1. Nose radius affects not only surface finish but also strenth of cutting edge.
2. In general, 2~3 times bigger nose radius is preferable.
Relationship between nose radius and surface finish Relationship between nose radius and tool life Relationship between nose radius and wear of tool
Surface finish Tool life Flank wear
Feed(mm/rev)
Crater wear
Flank wear
Nose radius Nose radius Nose radius
Work piece : SNCM439, HB200 Work piece : SCM440, HB280 Work piece : SNCM439, HB200
Insert grade : P20 Insert grade : P10 Insert grade : P10
V = 120m/min, d=0.5mm V = 100m/min,d=0.5mm V = 140m/min,d=2mm
f = 0.335mm/rev f = 0.212mm/rev, T = 10min
Effects of nose radius
1. Big nose radius could improve surface finish.
2. Big nose radius could improve cutting edge strength.
3. Big nose radius could reduce flank wear and crater wear.
4. Too big nose radius could cause chatter due to cutting force.
Technical information
Selection way
1. For finishing with small depth of cut
2. For narrow and long work piece Small nose radius
3. When the machine power is low
1. For the applications that need strong cutting edge like roughing or intermittent cutting.
2. For roughing of big diameter work piece Big nose radius
3. When the machine power is enough
504
Selection of Proper tool
Although it looks like not easy job to select proper tool from variety of tools, it could be simplified by classifying
basic factors written below.
Selection of inserts and tool holder
From the basic factors listed A, selection way B can be considered.
Basic factors
Work piece material Surface finish requirement
Work piece shape Type of lathe machine
Size of work piece Condition of lathe machine (power, rigidity, etc)
Hardness of work piece Horse power of machine
Surface condition of work piece (before machining) Clamping method of work piece
Selection way
Select tool having as big approach angle as possible. Select as small insert as possible.
Select tool having as big shank size as possible. Cutting speed has to be cosidered carefully along with the
Select insert having as stronger cutting edge strength as other cutting conditions.
possible. Select as big depth of cut as possible.
Select insert having as big nose radius as possible. Select as big feed rate of cut as possible.
Select insert having as many available cutting edge as Cutting conditions have to be choosed with in the application
possible for finishing range of chip breaker.
Tool life judgement
KS BO813
0.2mm Fine finishing and finishing of non ferrous material
0.4mm Machining of special material
Flank wear
0.7mm General machining of cast iron, steel
Technical information
1~1.25mm Roughing of cast iron
Crater wear In general 0.05~0.1 mm
ISO
Tool life criterion Application
Completely damaged Machining of special material
Flank wear VB = 0.3mm In case of flank wear generated in uniform, like cemented carbide, ceramic
VBmax = 0.5mm In case of flank wear makes un-even
Crater wear KT = 0.06+0.3fmm (f:mm/rev) Cemented carbide tool.
Surface finish 1, 1.6, 2.5, 4, 6.3, 10 Ra In case of good surface finish required.
505
Turning
Tool failure forms
Scratch
Plastic Big wear on
Crater wear deformation nose radius
Protuberance
Partial fracture a cave in
Big fracture on cutting edge
Thermal crack
Chipping
Flank wear Fracture Crack Small crack
Fracture on on cutting
whole cutting edge
edge
Fatigue crack Crack chipping on un-used
part(chipping by chip)
Flaking
Notch wear
Complete
damage
Tool failure
Tool failure Explaination
Flank wear Mechanical wear due to the friction of relief face and work piece.
Crater wear Thermal wear generated on top face of insert by friction with chips.
Wear
Notch wear Wear generated on border part of contact area between insert and work piece.
Wear on nose When the hardness of work piece is too high compare with tool. Especially when machining surface-
radius hardened work piece.
Chipping Small cutting edge fractures due to mechanical impact, thermal impact.
Partial facture Partial fracture on cutting edge.
Technical information
Fracture Fracture on whole cutting edge
Breakage Breakage of long tools like end mill and drill.
Flaking Flaking off of insert by scratch or crack on the rake and relief face.
Plastic deformation Depression of cutting edge due to softening of it because of concentrative heat and pressure.
Thermal crack generated on the rake face. At first, it is generated to the vertical direction and then makes a
Thermal crack
progress towards the pararell direction.
Crack
Crack generated on top face of insert pararell with cutting edge due to the impact happen repeatedly at
Fatigue crack
intermittent cutting.
Complete breakage Unusable condition due to wear off most parts of cutting edge by progress of wear.
506
Trouble shooting for turning
Solution
Cutting conditions Tool shape Insert grade etc
Problems Casue
Cutting Depth Rake Relief Lead End cutting Nose Tough Hard over Rigidity of
Feed Coolant Honning
speed of cut angle angle angle edge angle radius -ness -ness hang machine
Improper grade
Flank wear
Improper cutting condition
Improper grade
Crater wear Improper cutting condition
Improper coolant
Improper cutting condition
Improper setting to tool
Chipping
Chattering
Build-up edge
Pile up of chipping
Breakage Improper grade
Excessive feed
Improper grade
Thermal crack
Improper cutting condition
Improper cutting condition
Wear of insert
Poor surface finish
Improper coolant
Improper insert shape
Insufficient mechanical power
Improper cutting condition
Chattering
Excessive over hang
Excessive nose radius
Insufficient mechanical power
Excessive over hang
Technical information
Burr
Improper cutting condition
Excessive nose radius
Plastic deformation Improper cutting condition
Increase Decrease use use carefully
507
Milling
Terminology of MILL MAX
Diameter of cutter body
Diameter of flange
Width of key way
Depth
Depth
Depth of
Depthof
of key
ofkey way
keyway
key way
way Approach angle
Axial
Axial
Axial rake
Axialrake
rake angle
rakeangle
angle
angle
Height of cutter
Back ring
Part A
True rake angle Cutting edge inclination angle
Face relief
Screw for angle
Chip pocket wedge
Diameter of cutter Radial relief angle
Wedge Lacater
Setting ring Major cutting edge
Face angle
Chamfer
Minor cutting edge
Radial rake angle
Function of cutting edge angle
Title Symbol Function Effects
Axial rake angle Chip flow direction, build up edge
Radial rake angle Affect on thrust
If increase the angle, chip thickness become thinner,
Approach angle Determine chip thickness and chip flow direction
cutting force could be reduced.
If increase the angle, cutting force become smaller,
prevent build up edge, but strength of cutting
True rake angle Actual effective rake angle
If decrease the angle, strength of cutting edge could
be stronger, but easy to make build up edge.
Technical information
Cutting edge If increase the angle, cutting force become smaller,
Determine chip flow direction
inclination angle better chip flow, but strength of insert weaken.
Face angle Determine the surface finish If decrease, surface finish could be better
Affect on strength of cutting edge, tool life,
Relief angle
chattering of tool.
508
Characteristics by combination of rake angle
Double positive angle Double negative angle Posi - Negative angle Nega - Positive angle
General machining of steel,
cast iron, stainless steel. When machining hard to
When machining soft steel Under intermittent cutting cut material like stainless
that easy to make build up condition. steel, mould steel. When the chip have to flow
Application
edge. Roughing of cast iron and When machining roughing toward the center of cutter.
When machining material steel with big depth & width of
having tendency to make cut at steel and cast steel.
poor surface.
Strong cutting edge
It is possible to get good Porper for roughing of work Good chip flow, good
surface finish even at the piece having bad surface machinibility.
soft material that esay to condition like containing Suitable for machining of
Advantage
make build up edge. sand, oil, etc. hard to cut material
Due to the low cutting load, Economical because both Un-even insert spacing
easy to get smooth cutting. side of insert available. could prevent chattering.
Good chip control
Weak cutting edge strength Since the chips flow into the
Only single sided insert is center of cutter direction,
Machine & cutter should Only single sided insert is
Disadvantage availalbe chip could scratch the
Technical information
have enough power & rigidity availalbe
Machine & cutter should machined surface.
have enough power & rigidity Bad chip flow
509
Milling
Major Cutting Formulas
Cutting speed Power requirement
V: Cutting speed (m/min)
D: Cuting diameter or tool (mm)
N: Revolution per minute (rpm) W: Power requirement (kw)
: Circular constant (3.14) H : Horse power requirement (hp)
Q : Chip removal amount (cm3 /min)
L : Width of cut (mm)
Feed F : Feed per minute (mm/min)
d : Depth of cut (mm)
fz : Feed per tooth (mm/tooth)
Ks : Specific cutting resistance (kg/mm3)
F : Feed per minute (mm/min)
: Machine efficiency rate
Z : Number of tooth
N : Revolution per minute (rpm)
Specific cutting resistance as per work piece material
Tensile strength Specific cutting resistance ks(kg/ )
Material
& Hardness tooth tooth tooth tooth tooth
Soft steel 52 220 195 182 170 158
Medium steel 62 198 180 173 160 157
Hard steel 72 252 220 204 185 174
Tool steel 67 198 180 173 170 160
Tool steel 77 203 180 175 170 158
Chrome manganese steel 77 230 200 188 175 166
Chrome manganese steel 63 275 230 206 180 178
Chrome molybdenum steel 73 254 225 214 200 180
Chrome molybdenum steel 60 218 200 186 180 167
Nickel chrome molybdenum steel 94 200 180 168 160 150
Nickel chrome molybdenum steel HB352 210 190 176 170 153
Cast steel 52 280 250 232 220 204
Hard cast iron HRC46 300 270 250 240 220
Cast iron 36 218 200 175 160 147
Gray cast iron HB200 175 140 124 105 97
Brass 50 115 95 80 70 63
Aluminum alloy(A -Mg) 16 58 48 40 35 32
Aluminum alloy(A - Si) 20 70 60 52 45 39
Technical information
Chip volume as per horse power( /min)
Work piece Rated horse power
Soft 32 75 163 295 425 570
Steel Medium 26 55 127 212 310 425
Hard 18 41 93 163 228 310
Soft 52 116 260 455 670 880
Cast iron Medium 32 75 163 295 425 570
Hard 26 55 127 212 310 425
Soft 77 163 390 670 980 1,280
Brass
Medium 54 118 275 490 700 910
Bronze
Hard 26 55 127 245 325 425
Aluminum 90 195 440 780 1,110 1,500
510
Selection of cutter diameter
Selection by machine power
Machine power 3~5 7.5~10 15~30
Proper cutter diameter 80~ 100 100~ 160 160~ 200
Selection by width of work piece
Work piece E
steel +20 ~ -10 3:2
Cast iron +50 under 5:4
Aluminum alloy +40 under 5:3
D : Diameter of cutter
D1 : Width of work piece
d : Gap between cutter and work piece
E : engage angle
: Ratio between cutter and work piece(D:D1)
Selection by machining time Length of work piece
The bigger size cutter needs longer time to cut same size work piece.
small medium big
small cutter movement
medium cutter movement
big cutter movement Technical information
Selection by number of tooth
Work piece Steel Cast iron Aluminum alloy
Number of tooth D (1~1.5) D (1~4) D 1+
4 tooth ~ 6 tooth D is size of the cutter converted into inch size.
511
Milling
Trouble shooting for milling
Solution
Cutting condition Tool shape Insert grade
Problems Cause
Cutting Depth Rake Relief Approach Chattering Nose Tough Hard
Feed Coolant
speed of cut angle angle angle of insert radius -ness -ness
Improper grade
Flank wear Improper cutting conditions
Chattering
Improper cutting conditions
Crater wear
Improper grade
Lack of toughness of insert
Chipping Excessive feed
Excessive cutting load
Improper cutting conditions
Build up edge Improper cutting edge design
Improper grade
Improper cutting conditions
Lack of number of cutting insert
Chattering Improper cutting edge design
No good chip flow
Unstable work piece clamping
Build up edge
No good surface Improper cutting conditions
finish Chattering
No good chip flow
Improper cutting conditions
Thermal crack
Improper grade
Improper grade
Excessive cutting load
Breakage
No good chip flow
Chattering, excessive over hang
Technical information
Increase Decrease Use Use carefully
512
Units of surface roughness
Title Symbol Explanation Diagram
Pick up the most highest point and the
most lowest point along with the
measuring length, respectively.
Measure the height between 2 points.
Maximum
(unit ; micro-meter)
height
When pick up the points, reject the
value having extra-ordinary
number(too big, too low) that looks like
Measuring length
groove.
Measuring length
Take the 3rd highest points from both
Surface finish direction (top to bottom direction &
measured by bottom to top direction) along with the
10 points measuring length. Measure the height
between 2 points. (unit ; micro-meter)
Measured surface roughness curve f
Central line
Measuring length
Surface finish Measure the width of the every picks
measured by from the central line, and make the Measured surface roughness curve f
central total width value. And divide the total
average
width value by the measuring length.
Central line
Measuring length
Technical information
Surface roughness
Symbol
Rmax Rz Ra
0.8s 0.8z 0.2a
6.3s 6.3z 1.6a
25s 25z 6.3a
100s 100z 25a
~ Un-specified
513
Taper
Morse taper (Tang type)
(mm)
Taper Taper angle 1 2
1
0 19.212 1 29 27 9.045 3 9.201 6.104 56.5 59.5 6.0 3.9 6.5 10.5 4 1
1
1 20.047 1 25 43 12.065 3.5 12.240 8.972 62.0 65.5 8.7 5.2 8.5 13.5 5. 1.2
1
2 20.020 1 25 50 17.780 5 18.030 14.034 75.0 80.0 13.5 6.3 10 16 6 1.6
1
3 19.922 1 26 16 23.825 5 24.076 19.107 94.0 99.0 18.5 7.9 13 20 7 2
1
4 19.254 1 29 15 31.267 6.5 31.605 25.164 117.5 124.0 24.5 11.9 16 24 8 2.5
1
5 19.002 1 30 26 44.399 6.5 4.741 36.531 149.5 156.0 35.7 15.9 19 29 10 3
1
6 19.180 1 29 36 63.348 8 63.765 52.399 210.0 218.0 51.0 19.0 27 40 13 4
1
7 19.231 1 29 22 83.058 10 83.578 68.186 286.0 296.0 66.8 28.6 35 54 19 5
Morse taper (Screw type)
(mm)
Technical information
Taper Taper angle 1 2
0 1 1 29 27 9.045 3 9.201 6.442 50 53 6 - 4 0.2
19.212
1
1 20.047 1 25 43 12.065 3.5 12.230 9.396 53.5 57 9 M6 16 5 0.2
1
2 20.020 1 25 50 17.780 5 18.030 14.583 64 69 14 M10 24 5 0.2
1
3 19.922 1 26 16 23.825 5 24.076 19.759 81 86 19 M12 28 7 0.6
1
4 19.254 1 29 15 31.267 6.5 31.605 25.943 02.5 109 25 M16 32 9 1
1
5 19.002 1 30 26 44.399 6.5 4.741 37.584 129.5 136 35.7 M20 40 9 2.5
1
6 19.180 1 29 36 63.348 8 63.765 53.859 182 190 51 M24 50 12 4
1
7 19.231 1 29 22 83.058 10 83.578 70.058 250 260 65 M33 80 18.5 5
514
Brown sharp taper (Screw type)
(mm)
1 2
4 10.221 2.4 10.321 8.890 8.0 31.0 34.2 2 0.2 - -
5 13.286 2.4 13.386 11.430 10.0 44.4 46.8 3 0.2 - -
6 15.229 2.4 15.330 12.700 11.0 60.0 62.7 3 0.2 M 8(1/4) 20
7 18.424 2.4 18.524 15.240 14.0 76.2 78.6 4 0.2 M10(3/8) 24
8 22.828 3.2 22.962 19.090 17.0 90.5 93.7 4 0.6 M12(1/2) 28
9 27.104 3.2 27.238 22.863 21.0 101.6 104.8 4 0.6 M12(1/2) 28
10 32.749 3.2 32.887 26.534 24.0 144.5 147.7 5 1.0 M16(5/8) 32
11 38.905 3.2 39.039 31.749 29.0 171.4 174.6 5 1.0 M16(5/8) 32
12 45.641 3.2 45.774 38.103 35.0 181.0 184.2 6 2.5 M20(3/4) 40
13 52.654 3.2 52.787 44.451 41.0 196.8 200.0 6 3.0 M20(3/4) 40
14 59.533 3.2 59.666 50.800 47.0 209.6 212.8 7 4.0 M24(1) 40
15 66.408 3.2 66.541 57.150 53.0 222.2 225.4 7 4.0 M24(1) 50
16 73.292 3.2 73.425 63.500 59.0 35.0 238.2 8 5.0 M30(11/8) 60
Brown sharp taper (Tang type)
(mm)
Technical information
1 2
4 10.221 2.4 10.321 8.458 8.1 42.1 44.5 5.5 8.7 14.4 7.9 1.3
5 13.286 2.4 13.386 10.962 10.7 55.6 58.0 6.3 9.5 16.2 7.9 1.5
6 15.229 2.4 15.330 12.167 11.7 73.0 75.4 7.1 11.1 18.0 7.9 1.5
7 18.424 2.4 18.524 14.675 14.2 89.7 92.1 7.9 11.9 20.3 9.5 1.8
8 22.828 3.2 22.962 18.453. 18.0 104.8 108.0 8.7 12.7 22.0 9.5 2.0
9 28.104 3.2 27.238 22.200 21.8 117.5 120.7 9.5 14.3 25.4 11.1 2.5
10 32.749 3.2 32.887 25.751 25.7 162.7 165.9 11.1 16.7 28.1 11.1 2.8
11 38.905 3.2 39.039 30.985 30.7 189.7 192.9 11.1 16.7 30.0 12.7 3.3
12 45.641 3.2 45.774 37.246 37.1 201.6 204.8 12.7 190 32.5 12.7 3.8
13 52.654 3.2 52.787 43.589 43.4 217.5 220.7 12.7 19.0 35.7 15.9 4.3
14 59.533 3.2 59.666 49.841 49.8 232.6 235.8 14.2 21.4 41.2 19.0 4.8
15 66.408 3.2 66.541 56.186 56.1 245.3 248.5 14.2 21.4 44.4 22.2 5.3
16 73.292 3.2 73.425 62.441 62.2 260.4 263.6 15.8 23.8 50.0 25.4 5.8
515
Taper
Standard taper of American milling machine
(mm)
Mutual designation 1 2 3
- 0.29
30 1 14 31.750 17.40 - 0.36 70 20 UNC 12 24 50 1.6 15.9 16
- 0.30
40 1 34 44.450 25.32 - 0.384 95 25 UNC 58 30 60 1.6 15.9 22.5
- 0.31
50 2 34 69.850 39.60 - 0.41 130 25 UNC 45 90 3.2 25.4 35
- 0.34
60 4 14 107.950 60.20 - 0.46 210 45 UNC 14 56 110 3.2 25.4 60
Bottle grip taper
(mm)
Technical information
35 53 43 22 10 14.6 2 38.1 13 56.5 M12 1.75 16.1 19.6 21.62
40 63 52 25 10 16.6 2 44.45 17 65.4 M16 2 16.1 22.6 25.3
45 85 73 30 12 21.2 3 57.15 21 82.8 M20 25 19.3 29.1 33.1
50 100 85 35 15 23.2 3 69.85 25 101.8 M24 3 25.7 35.4 40.1
60 155 135 45 20 28.2 3 107.95 31 161.8 M30 3.5 25.7 60.1 60.7
516
DIN 69871
(mm)
Shank No
30 50.0 44.3 31.75 13 17.8 47.8 16.4 19.0 33.5 16. M12 1.75
40 63.5 56.2 44.45 17 24.5 68.4 22.8 25.0 42.5 16.1 M16 2
45 82.5 57.2 57.15 21 33.0 82.7 29.1 31.3 52.5 19.3 M20 2.5
50 97.5 91.2 68.85 25 40.1 101.7 35.5 37.7 61.5 25.7 M24 3
CAT shank
(mm)
Technical information
Shank No
CAT40 63.5 56.36 44.45 44.45 16.28 21.84 68.25 28.45 4.78 5/8-11
CAT45 82.55 75.41 57.15 57.15 19.46 27.69 82.55 38.1 4.78 3/4-10
CAT50 98.43 91.29 69.85 69.85 26.19 35.05 101.6 44.45 6.35 1-8
517
Taper
HSK shank(DIN 69893)
Technical information
Shank No
HSK50 10.54 12 14 50 38 36.90 42 43 59.3 7 26 32 29 M16X1 10 6.8 6.8 13.997 7.648
63 12.5 16 14 63 48 46.53 53 55 72.3 7 34 40 37 M18X1 12 8 8.4 17.862 9.25
100 20 20 14 100 75 72,80 85 92 109.75 7 53 63 58 M24X1.5 16 12 12 27.329 15.00
Shank No
HSK50 26 42 18 3.75 2 15.5 25 5 11 7.5 4.5 14.13 10 10 23 3 1 19 1 1.5 2..38 6 0.5 1 2 6
63 26 42 18 3.75 28.5 20 32 6.3 14.7 10 6 18.13 10 12 24.5 3 1 21 1.2 1.5 3 8 0.6 1.5 3 8
100 29 45 20 3.75 44 31.5 50 10 24 15 10 28.56 12.5 16 28 3 1.5 24 2 2 3 12 1 1.5 3 10
518
Specification of hole
Specification for hole of milling cutter(KSB3203)
Type A Type B
Diameter Diameter
1 + 0.31
8 8 + 00.015 8.9 + 00.25 2 ++ 0.16
0.06 0.4 2 12.70 + 00.018 14.17 + 00.25 2.38 + 0.13 0.5
5 + 0.018 + 0.31
10 10 + 00.015 11.5 + 00.25 3 ++ 0.16
0.06 0.4 8 15.875 0 17.74 + 00.25 3.18 + 0.13 0.8
+ 0.018 + 0.25 + 0.16 3 + 0.31
13 13 0 14.6 0 3 + 0.06 0.6 4 19.050 + 00.021 20.89 + 00.25 3.18 + 0.13 0.8
+ 0.018 + 0.25 7 + 0.31
16 16 0 17.7 0 4 ++ 0.19
0.07 0.6 22.225 + 00.021 24.07 + 00.25 3.18 + 0.13 0.8
8
+ 0.31
19 19 + 00.021 21.1 + 0.25 5 ++ 0.19
0.07 1 1 25.40 + 00.021 28.04 + 00.25 6.35 + 0.13 1.2
0
+ 0.021 + 0.25 + 0.19 1 + 0.32
22 22 0 24.1 0 6 + 0.07 1 1 4 31.750 + 00.025 35.18 + 00.25 7.94 + 0.14 1.6
+ 0.021 1 +0.89
27 27 0 29.8 + 00.25 7 ++ 0.23
0.08 1.2 1 2 38.10 + 00.025 42.32 + 00.25 9.53 +0.25 1.6
+ 0.025 + 0.25 +0.23 3 + 0.025 +0.89
32 32 0 34.8 0 8 +0.08 1.2 1 4 44.450 0 49.48 + 00.25 11.11 +0.25 1.6
+ 0.025 + 0.3 + 0.23 + 0.25 +0.89
40 40 0 43.5 0 10 + 0.08 1.2 2 50.80 + 00.03 55.83 0 12.7 +0.25 1.6
50 50 + 00.025 53.5 0
+ 0.3
12 ++ 0.275
0.095 1.6 2 12 63.50 + 00.03 69.42 + 00.25
+0.89
15.81 +0.25 1.6
+ 0.3 + 0.25 +0.89
60 60 + 00.030 64.2 0 14 ++ 0.275
0.095 1.6 3 76.20 + 00.03 82.93 0 19.05 +0.25 2.4
70 70 + 00.030 75.0 + 00.3 16 ++ 0.275 2 3 1 88.90 + 00.035 98.81 0
+ 0.25
22.23 +0.89 2.4
0.095 2 +0.25
80 80 + 00.030 85.5 + 00.3 18 + 0.275 2 4 101.60 + 00.035 111.51+ 00.25 25.4 +0.89
+0.25 2.4
+ 0.095
100 100 + 00.035 107.0 + 00.3 24 ++ 0.32 2.5 4 1 114.30 + 00.035 125.81+ 00.25 25.58 +0.89 3.2
0.11 2 +0.25
Technical information
+0.89
5 127.0 + 00.04 140.08+ 00.25 31.75 +0.25 3.2
519
The Comparison of Hardness
Conversion table for work piece hardness
Brinell, 3000kgf Brinell, 3000kgf
Rockwell Rockwell
HB Tensile HB Tensile
Vickers Standard Carbide A Scaale B Scaale C Scaale D Scaale Shore strength Vickers Standard Carbide A Scaale B Scaale C Scaale D Scaale Shore strength
50kgf 10mm 10mm 60kgf 100kgf 150kgf 100kgf (Approximate) 50kgf 10mm 10mm 60kgf 100kgf 150kgf 100kgf (Approximate)
Diamond 1/16in Diamond Diamond MPa Diamond 1/16in Diamond Diamond MPa
Grain Ball Grain Grain (1) Grain Ball Grain Grain (1)
HV HRA HRB HRC HRD HS HV HRA HRB HRC HRD HS
940 - - 85.6 - 68.0 76.9 97 320 303 303 66.4 (107.0) 32.2 49.4 45 1005
920 - - 85.3 - 67.5 76.5 96 310 294 294 65.8 - 31.0 48.4 - 980
900 - - 85.0 - 67.0 76.1 95 300 284 284 65.2 (105.5) 29.8 47.5 42 950
880 - (767) 84.7 - 66.4 75.7 93 295 280 280 64.8 - 29.2 47.1 - 935
860 - (757) 84.4 - 65.9 75.3 92 290 275 275 64.5 (104.5) 28.5 46.5 41 915
840 - (745) 84.1 - 65.3 74.8 91 285 270 270 64.2 - 27.8 46.0 - 905
820 - (733) 83.8 - 64.7 74.3 90 280 265 265 63.8 (103.5) 27.1 45.3 40 890
800 - (722) 83.4 - 64.0 74.8 88 275 261 261 63.5 - 26.4 44.9 - 875
780 - (710) 83.0 - 63.3 73.3 87 270 256 256 63.1 (102.0) 25.6 44.3 38 855
760 - (698) 82.6 - 62.5 72.6 86 265 252 252 62.7 - 24.8 43.7 - 840
740 - (684) 82.2 - 61.8 72.1 84 260 247 247 62.4 (101.0) 24.0 43.1 37 825
720 - (670) 81.8 - 61.0 71.5 83 255 243 243 62.0 - 23.1 42.2 - 805
700 - (656) 81.3 - 60.1 70.8 81 250 238 238 61.6 99.5 22.2 41.7 36 795
690 - (647) 81.1 - 59.7 70.5 - 245 233 233 61.2 - 21.3 41.1 - 780
680 - (638) 80.8 - 59.2 70.1 80 240 228 228 60.7 98.1 20.3 40.3 34 765
670 - 630 80.6 - 58.8 69.8 - 230 219 219 - 96.7 (18.0) - 33 730
660 - 620 80.3 - 58.3 69.4 79 220 209 209 - 95.0 (15.7) - 32 695
650 - 611 80.0 - 57.8 69.0 - 210 200 200 - 93.4 (13.4) - 30 670
640 - 601 79.8 - 57.3 68.7 77 200 190 190 - 91.5 (11.0) - 29 635
630 - 591 79.5 - 56.8 68.3 - 190 181 181 - 89.5 (8.5) - 28 605
620 - 582 79.2 - 56.3 67.9 75 180 171 171 - 87.1 (6.0) - 26 580
610 - 573 78.9 - 55.7 67.5 - 170 162 162 - 85.0 (3.0) - 25 545
600 - 564 78.6 - 55.2 67.0 74 160 152 152 - 81.7 (0.0) - 24 515
590 - 554 78.4 - 54.7 66.7 - 2055 150 143 143 - 78.7 - - 22 490
580 - 545 78.0 - 54.1 66.2 72 2020 140 133 133 - 75.0 - - 21 455
570 - 535 77.8 - 53.6 65.8 - 1985 130 124 124 - 71.2 - - 20 425
560 - 525 77.4 - 53.0 65.4 71 1950 120 114 114 - 66.7 - - - 390
550 (505) 517 77.0 - 52.3 64.8 - 1905 110 105 105 - 62.3 - - - -
540 (496) 507 76.7 - 51.7 64.4 69 1860 100 95 95 - 56.2 - - - -
530 (488) 497 76.4 - 51.1 63.9 - 1825 95 90 90 - 52.0 - - - -
520 (480) 488 76.1 - 50.5 63.5 67 1795 90 86 86 - 48.0 - - - -
510 (473) 479 75.7 - 49.8 62.9 - 1750 85 81 81 - 41.0 - - - -
500 (465) 471 75.3 - 49.1 62.2 66 1705 Note : Gothic figure folbws table ASTM E 140.
490 (456) 460 74.9 - 48.4 61.6 - 1660 Remark (1) 1MPa=1N/
(2) ( ) unusual figures, only for references.
Technical information
480 488 452 74.5 - 47.7 61.3 64 1620
470 441 442 74.1 - 46.9 60.7 - 1570
460 433 433 73.6 - 46.1 60.1 62 1530
450 425 425 73.3 - 45.3 59.4 - 1495
440 415 415 72.8 - 44.5 58.8 59 1460
430 405 405 72.3 - 43.6 58.2 - 1410
420 397 397 71.8 - 42.7 57.5 57 1370
410 388 388 71.4 - 41.8 56.8 - 1330
100 379 379 70.8 - 40.8 56.0 55 1290
390 369 369 70.3 - 39.8 55.2 - 1240
380 360 360 69.8 (100.0) 38.8 54.4 52 1205
370 350 350 69.2 - 39.9 53.6 - 1170
360 341 341 68.7 (109.0) 36.6 52.8 50 1130
350 331 331 68.1 - 35.5 51.9 - 1095
340 322 322 67.6 (108.0) 34.4 51.1 47 1070
330 313 313 67.0 - 33.3 50.2 - 1035
520
The Comparison of Work-piece
Comparative table for work-piece standard
Korea United Kingdom America German Spain Italy Sweden France Japan
ISO
KS BS AISI/SAE DIN UNF UNI SS AFNOR JIS
Carbon steel
SM15C 080M15 1015 Ck15 C15K C16 1370 XC12 S15C
SM25C - 1025 Ck25 - - - S25C
SM35C 060A35 1035 C135 - C36 1572 XC38TS S35C
SM45C 080M46 1045 Ck45 C45K C45 1672 XC42 S45C
SM50C 060A52 1050 Cf53 - C53 1674 XC48TS S50C
SM55C 070M55 1055 Ck55 C55K C5 - XC55 S55C
SM58C 080A62 1060 Ck60 - C60 1678 XC60 S58C
- 212M36 1140 35S20 F210G - 1957 35MF4 -
SCMn1 150M28 1330 28Mn6 - - - 20M5 SCMn1
- 230M07 1215 9SMn36 12SMn35 CF9SMn36 - S300 -
SMn438(H) - 1355 36Mn5 36Mn5 - 2120 40M5 SMn738(H)
sum22 230M07 1213 9SMn28 11SMn28 CF9SMn28 1912 S250 sum22
Low alloy steels
SNC815 655M13; 3310:3415 14NiCr14 - - - 12NC15 SNC815(H)
SNC415 - 3415 14NiCr10 15NiCr11 16NiCr11 - 14NC11 SNC415(H)
SNC236 640A35 3435 36NiCr6 - - - 35NC6 SNC236
SCM420;SCM430 1717DS110 41300 25CrMo4 55Cr3 25CrMo(KB) 2225 25CD4 SCM420;SCM430
SCM432;SCCRM3 708A37 4137:4135 34CrMo4 34CrMo4 35CrMo4 2234 35CD4 SCM432;SCCRM3
SCM415 - - 15CrMo5 12CrMo4 - 2216 12CD4 SCM415(H)
SCM440 708M40 4140 42CrMo4 42CrMo4 42CrMo4 2244 42CD4 SCM440(H)
SCM440 708M40 4140;4142 41CrMo4 42CrMo4 41CrMo4 2244 42CD4TS SCM440
- 820A16 - 17CrNiMo6 14NiCrMo13 - - 18NCD6 -
- 1503-245-420 4520 16Mo5 16Mo5 16Mo5 - - -
SCMnH1 Z120M12 - G-X120Mn12 X120Mn12 XG120Mn12 - Z120M12 SCMnH/1
SCr415 523M15 5015 15Cr3 - - - 12C3 SCr415(H)
- (527M20) 5115 16MnCr5 16MnCr5 16MnCr5 2511 16MC5 -
SCr430 530A32 5132 34Cr4 35Cr4 34Cr4(KB) - 32C4 SCr430(H)
SCr440 530M40 3140 41Cr4 42Cr4 41Cr4 - 42C4 SCr440(H)
SPS 735A50 6150 50CrV4 51CrV4 50CrV4 2230 50CA4 SUP10
P SPS9 527A60 5155 55Cr3 - - - 55Cr3 SUP9(A)
- 905M39 - 41CrAlMo7 41CrAlMo7 41CrAlMo7 2940 40CAD6, 12 -
Steels SNCM220 805M20 8620 21NiCrMo22 20NiCrMo2 20NiCrMo2 2506 30NCD2 SNCM22(H)
SNCM240 311-Type7 8740 40NiCrMo22 40NiCrMo2 40NiCrMo2(KB) - - SNCM240
- 250A53 9255 55Si7 56Si7 55Si8 2085 55S7 -
- 816M40 9840 36CrNiMo4 35NiCrMo4 38NiCrMo4(KB) - 40NCD3 -
SU2 534A99 52100 100Cr6 F.131 100Cr6 2258 100C6 SU2
SUM22L - 12L13 9SMnPb28 11SMnPb28 CF9SMnPb28 1914 S250Pb SUM22L
- - 12L14 -SMnPb36 12SMnPb35 CF9SMnPb36 1926 S300Pb -
- 150-620Gr27 ASTM A182 13CrMo4 4 14CrMo45 14CrMo4 5 - 15CD3.5 -
- 1501-622 ASTM A182 10CrMo9 10 TU.H 12CrMo9, 10 2218 12CD9, 10 -
- - ASTM A350LF5 14Ni6 15Ni6 14Ni6 - 16N6 -
- 1501-240 ASTM A204Gr.A 15Mo3 16Mo3 16Mo3KW 2912 15D3 -
- 722M24 - 32CrMo12 32CrMo12 F124.A 32Crmo12 2240 30CD12 -
Technical information
High alloy steels
STD1 BD3 D3 X210Cr12 X210Cr12 X210CrMoV13KU - Z200C12 SKD1
STS12 A2 Z100CnMoV51Z100CDV5 BA2 2260 Z100CnMoV51 Z100CnMoV51KU SKD12
- - - X210CrW12 X210CrW12 X215CRW121KU 2312 - SKD2
STD61 BH13 H13 X40CrMoV51 X40CrMoV5 X35CrMoVKU 2242 Z40CDV5 SKD5
- BH21 H21 X30WCrV93 X30WCrV9 X28W09KU - Z30WCV9 SKS31
STS31 - - 105WCr6 05WCr5 3KU 2140 105WC13 SKS43
STS43 BW2 W210 100VI - - - Y105V SKT4
STF4 - L6 55NiCrMoV6 F.520.S - - 55NCDV7 SUH1
- 401S45 HW3 X45GrSi93 F322 10WCr6 - Z45CS9 SKH55
SKH55 - - S6-5-2-5 HS6-5-2-5 - 2723 Z85WDKCV2723 SKH3
SKH3 BT4 T4 S18-1-2-5 HS18-1-1-5 X78WCo1805KU - Z80WKCV SKH9
SKH51 BM2 M2 S6-5-2 HS6-5-2 X82WMo0650KU -2722 Z85WDCV
- - - M7 HS2-9-2 Z100WCWVHS2-9-2 2782 S2-9-2
SKH2 BT1 T1 S18-0-1 HS18-0-1 X75W18KU - Z08WCV SKH2
- BS1 S1 45WCrV7 45WCrSi8 45WCrV8KU 2710 - -
521
The Comparison of Work-piece
Comparative table for work-piece standard
Korea United Kingdom America German Spain Italy Sweden France Japan
ISO
KS BS AISI/SAE DIN UNF UNI SS AFNOR JIS
Austenite range
STS301 - 301 X12CrNi177 - 2331 F.3517 Z12CN17.07X12CrNi1707 SUS301
STS303 - 303 X12CrNiS188Z10CNF18.09 - 2346 F.3517 X10CrNiS18.09 SUS303
- 304 X5CrNi189 304S31 X5CrNi18 2332/2333F.3551 Z6CN18.09 SUS304
STS304 304S15 304 X5CrNi189 F.3551 X5CrNi1810 2332 Z6CN18.09 SUS304
STS304L - Z3CN19.10 304C12 2333 - - SUS304L-
SSC16 304LX2CrNi1819 Z2CrNi1810 304S12 2352 F.3503 X2CrNi1011 SCS16
STS304L 304S62 304LN X2CrNiN,1810 - - 2371 Z2CN1810 NSUS304LN
STR31 HW3X45CrSi93 Z45CS9 401S45 - SF322 X45CrSi8 SUH1
STR309 - 309 X15CrNiSi - - - Z15CNS2012 SUH309
STR310 310S24 310S X12CrNi2521 F.332 X60CrNi2520 2361 Z12CN2520 SUD310
STS316 316 X5CrNiMo1810 346S16 X5CrNiMo17122347 F.3543 Z6CND1711 SUS316
STS316LN - 316LN X2CrNiMoN - - 2375 Z2CND1713 SUS316LN
STS316L - 1812 - - - - - SUS316L-
SSC16 316LXCrNiMo Z2cndCND1712 316S13 2353 - X2CrNiMo1712 SCS16
- 320S17 316Ti Z2CND1915 F.3535 X6CrNiMoTi1712 2350 Z6VDT17.12 -
STS317L X2CrNiMo z2CND1915 317S12 2367 - X2CrNiMo1816 317L
- - X10CrNi Z6CNDNb - - - X6CrNiMoMoNb 318
- - S32304 X2CrNiN,234 - - 2327 Z2CN23-04AZ -
- S32900 X8CrNiMo.275 - - 2324 - -
- - S31803 X2CrNiMoN - - 2377 Z2CND22-0503 -
STS321 351S12 320 X10CrNiTi F.3553 X6CrNiTi1811 2337 Z6CNT18.10 SUS321
STS347 347 X10CrNiNb 347S17 X6CrNiNb18.112338 F.3552 Z6CNNb18.10 SUS347
STS12 BA2 A2 Z100CnMoV51 Z100CnMoV51 Z100CnMoV51KU 2260 Z100CDV5 SKD12
M Ferrite range Martensite range
STS403 403S17 403 X7Cr13 F.3110 X6Cr13 2301 Z6C13 SUS403
Stainless STS405 403S17 405 X10CrA113 F.311 X10CrA112 - Z10C13 SUS405
STS410 410S21 410 X10Cr13 F.3401 X12Cr13 2302 Z10C14 SUS410
steel STS420J2 420S45 - X46Cr13 F.3405 X40Cr145 2304 Z4CM SUS420J2
STS430 430S15 430 X8Cr17 F.3113 X8Cr17 2320 ZBC17 SUS430
STS430F - 430F X12CrMoS17 F.3117 X10CrS17 2383 Z10CF17 SUS430F
STS431 431S29 431 X22CrNi17 F33427 X16CrNi16 2321 Z15CNi6.02 SUS431
STS434 434S17 434 X6CrMo17 - ZX8CrMo17 2325 ZBCD17.01 SUS434
STR446 - 446 X10CrA124 - X16Cr26 2322 Z10CAC24 SUH446
SSC5 425C11 - X5CrNi134 - - - Z4CND13.4M SCS5
STR35,STR36 349S54 EV8 X53CrMnNiN - X53CrMnNiNN - Z52CMN21.09 SUH35,SUH36
STR4 443S65 HNW6 X80CrNiSi20 F.320B X80CrSiNi20 - Z80CSN20.02 SUH4
Heat resisting alloys
HRSC15 330C11 - G-X40NiCrSi - XG50NiCr - - SCH15
STR330 - X12NiCrSi - - - - Z12NCS35.16 SUH330330
- 3072-76 4676 NiCu30AI - - - - -
- - 5390A - - - - NC22FeD -
- 3146-3 5391 S-NiCr13A16MoNb - - - NC12D -
- HR8 5383 NiCr19Fe19NbMo - - - NC19rNB -
Technical information
- - 5537C CoCr20W15Ni - - - KC20WN -
- - 5660 NiFe35Cr14MoTi - - - ZSNCDT42 -
- 5666 NiCr22Mo9Nb - - - NC22FeDNB -
- - AMS5397 NiCr15Cr10MoATi - - - - -
- - AMS5399 NiCr19Co11MoTi - - - NC19KDT -
- - AMS5544 NiCr19Fe19NbMo - - - NC20K14 -
- - AMS5772 CoCr22W14Ni - - - KC22WN -
- TA10-13/TA28 AMSR56400 TiAI6V4 - - - T-A6V -
- TA14/17 AMSR54520 TiAI5Sn2.5 - - - T-A5E -
522
Comparative table for work-piece standard
Korea United Kingdom America German Spain Italy Sweden France Japan
ISO
KS BS AISI/SAE DIN UNF UNI SS AFNOR JIS
Gray cast iron
GC100 - No20B GG10 - G10 0110 Ft10D FC100
GC150 Grade150 No25B GG15 - G14 0115 Ft15D FC150
GC200 Grade220 No30B GG20 - G20 0120 Ft20D FC200
GC250 Grade260 No35B GG25 - G25 0125 Ft25D FC250
GC300 Grade300 GNo45B GG30 - G30 0130 Ft30D FC300
GC350 Grade350 No50B GG35 - G35 0135 Ft35D FC350
GCD400 SNG420/12 060-40-18 GGG40 - GS400-12 0717-02 FCS400-12 FCD40
K GCD500 SNG500/7 80-55-06 GGG50 - GS500/7 0727-02 HGS500-7 FCD500
GCD600 SNG600/3 - GGG60 - GS600/3 0732-03 FGS600-3 FCD600
GCD700 SNG700/2 100-70-03 GGG70 - GS700/2 0737-01 FGS700-2 FCD700
Cast iron Ductile cast iron
- B340/12 32510 GTS-35 - - 0815 MN35-10 -
Aluminium - P440/7 40010 GTS-45 - - 0852 - -
- P510/4 50005 GTS-55 - - 0854 MP50-5 -
- P570/3 70003 GTS-65 - - 0858 MP60-3 -
Aluminium alloy
- LM6 A413.2 G-AISi12 - - 4261 - -
- LM9 A360.2 G-AISi10Mg(Cu) - - 4253 - -
- LM20 A413.1 G-AISi12(Cu) - - 4260 - -
- LM24 A380.1 GD-AISi8Cu - - 4250 3- -
- - A413.0 GD-AISi12 - - 4247 - -
Technical information
523
Tungsten Carbide ISO Grade
Class of KORLOY High performance direction
ISO Hardness Work-piece Way of cut Working condition
symbol Grade Cutting condition Quality of tip
Small cutting area in high cutting speed.
92.0 and over Precision turning,
P01 ST05 Steels, Cast steels
precision boring
Expect good dimension and surface with no
120 and over
vibration.
Turning, Copy maching,
91.5 and over Small cutting area in high cutting speed. or
P10 ST10 Steels, Cast steels Threading cutting,
Good working condition.
150 and over
Surface finish milling
Hardness
Cutting Speed
Feed Speed
Toughness
Turning,
91.0 and over Steels, Cast steels, Medium cutting area in medium cutting speed.
P20 ST20 Copy machining,
165 and over Malleable cast iron and Small cutting arear in planding.
Milling, Planing
ST30A 89.5 and over Steels, Cast steels, Turning, Milling, Medium/lorge cutting area in low/medium
P30
ST30E 175 and over Malleable cast iron Planing cutting speed. or poor woeking condition.
Small/medium cutting area in medium/high cutting
91.5 and over Steels, Cast steels,
M10 U10 Turning, Milling speed. or Using in common for castability cast
140 and over Cast iron
iron.
Medium cutting area in medium cutting speed. or
Steels, Cast steels,
Turning, Milling No using in common for steels, cast iron. or poor
Cast iron
90.5 and over working condition.
Cutting Speed
Feed Speed
Hardness
Toughness
M20 U20 170 and over Hadfield, Steels,
Medium cutting area in medium cutting speed. or
Austenite Steels, Turning, Milling
Poor working condition.
Special cast iron
Steels, Cast steels, Cast
88.5 and over iron, Austenite steels, Turning, Milling Medium/large cutting area in medium cutting
M40 U40
220 and over Special cast iron, Heat Planing, Cutting-off speed. or working condition is worse than M20.
resisting alloy
Precision Turning,
Small cutting arear in high cutting speed. or No
Cast iron Precision boring,
vibration.
Surface finish milling
92.5 and over High hardness cast Small cutting area in exfrom low cutting speed. or
K01 H02 iron, Quenched Turning
130 and over No vibration.
steels
Black lead, Hard
paper, Ceramic No vibration.
High Si-Al
Cast iron, Malleable Turning, Milling, Small/medium cutting area in medium cutting
Cutting Speed
Feed Speed
Hardness
Toughness
cast iron boring, Reamer speed. or Generd working in comparating.
92.0 and over Small cutting area in low cutting speed. or No
K10 H01 Quenched steels Turning
vibration in comparative.
140 and over
Si-Al alloy, High hardness
copper, Glass, Ceramic, No vibration in comparative
Hard rubber, Hard paper,
Synthetic resin
Technical information
G10 Turning, Milling, Medium/large cutting speed in medium cutting
90.0 and over Cast iron(Hb200
K20 Planing, boring, speed. or General working demanding high
G2 160 and over and below)
Reamer, Broach Toughness.
Low hardness Turning, Milling,
89.0 and over
K30 G3 cast iron, Copper, Planing, copy Large cutting area or poor working condition.
210 and over
Aluminium maching
Low hardness cast
91.0 and over
Z10 FA1 iron, Copper, Milling Need for depositivity in low/medium cutting speed.
240 and over
Aluminium
91.0 and over Steels, Cast steels, Need for heat resisting in medium/high cutting
Z20 FCC Milling
190 and over Cast iron speed.
524
Grade Application
Coated Carbide Un- Coated Carbide Cermet
ISO
Turning Milling Turning Milling Turning Milling
P01
P10
P20
P30
P40
M01
M10
M20
M30
M40
K01
K10
Technical information
K20
K30
K40
Z10
Z20
525
Grade Features
Physical properties of KORLOY grade
KORLOY Specific gravity Hardness Deflecive strength Pressure Moduls of elasticity Cofficient of expansion Heat conductivity
Applicaion ISO
grade
PO1 ST05 10.6 92.7 140 440 - - -
P10 ST10 10.0 92.1 175 460 48 6.2 25
P20 ST20 11.8 91.9 200 480 56 5.2 42
P30 ST30A 12.2 91.3 230 500 53 5.2 -
M10 U10 12.9 92.4 170 500 47 - -
Cutting
tools M20 U20 13.1 91.1 210 500 - - 88
M30 ST30A 12.2 91.3 230 500 53 5.2 -
M40 U40 13.3 89.2 270 440 - - -
K01 H02 14.8 93.2 185 - 61 4.4 105
K10 H01 13.0 92.9 210 570 66 4.7 109
K20 G10 14.7 90.9 250 500 63 - 105
Ultra fine Z10 FA1 14.1 91.4 290 - 58 5.7 -
Grain
Alloy tools Z20 FCC 12.5 91.3 235 - - - -
V1 D1 15.0 92.3 205 520 - - -
V2 D2 14.8 90.9 250 150 - - -
Wear-
resistance V3 D3 14.6 89.7 310 410 - - -
tools
V4 G5 14.3 89.0 320 380 - - -
V5 G6 14.0 87.7 350 330 - - -
E1 GR10 14.8 90.9 220 - - - -
Mining, E2 GR20 14.8 90.3 240 - - - -
Contructio E3 GR30 14.8 89.0 270 - - - -
n tools
E4 GR35 14.8 88.2 270 - - - -
E5 GR50 14.5 87.0 300 - - - -
Physical properties of element
Technical information
Specific gravity Hardness Young s Modulus Heat conductivity Cofficient of expansion Melting point
Element
WC 15.6 2,150 70 0.3 5.1 2,900
TiC 4.94 3,200 45 0.04 7.6 3,200
TaC 14.5 1,800 29 0.05 6.6 3,800
NbC 8.2 2,050 35 0.04 6.8 3,500
TiN 5.43 2,000 26 0.07 9.2 2,950
AI203 3.98 3,000 42 0.07 8.5 2,050
CBN 3.48 4,500 71 3.1 4.7 -
Diamond 3.52 9,000 99 5.0 3.1 -
Co 8.9 - 10~18 0.165 12.3 1,495
Ni 8.9 - 20 0.22 13.3 1,455
526
The Comparison of Chip Breaker
The comparison of chip breaker for turning
KORLOY SUMITO KENNA- KYOCERA MITSUBI ISCAR TOSHIBA
APPLICATION SECO WALTER DIJET TAEGUTEC
Main Sub-MO SANDVIK METAL -SHI
EXTREME GP F1
HU D02 FA QF FF DP FH SF TF
FINISHING FA
CF
SU,SU FN
FINISHING CQ TS,AS NF FT FG
VF GF SK,SP PF FP SH NF MF2
HQ 11,17 NF5 UA SG
LU FW
MEDIUM NF GP
S HC HM
SX
SM
CQ
SH RF MF1 NS4 UR ML
FINISHING UU HQ NS8
T LF PF
E GU MN GS MP
MEDIUM PM MA TF M3 NM,NM4 UB
E ROUGHING
HM GM UX
QM
MP HS
MH PP
TM
MR3 NM5 GG
MC
N UG MW CS NM7 MT
L
E S MU GT MR4 NR5
ROUGHING HR GR PR RN GH NR TH UD RT
G MX HT M5 NR7
A HZ
HG TU
HEAVY GH HV
B40 MP HR RH HX TNM 57 RR9 UC RH
HH HH
HP 65
T HX
Y GUW WF,WM MW MW
WIPER WQ WG ASW M3, M5 NF, NM
P LUW WR FW SW
E
GENERAL B25 GR UZ 23 MG MT, MV GN GN
SU TF
STAINLESS HC FS, FJ
HA EX MF FF,FW GU,HU SS MF1 NS4 FG,ML
HM SH, MJ PP
STEEL HS (GU) MM,QM FP,MP XP,XQ SA MF3 NM4 SF MP,MT
GR MS, GJ TF
MILD STEEL GS MU MR,QM MW,RN XS TU M5 NR7 RH
X38 GH
FL MS
B20 KF FF,FW
CAST IRON UZ GC 33 MF3 NS4,NS8
GR B25 KM,QM MP,MW GN MT,RT
UX ZS CM M5 NM4
HR KR,QR RN
F
ALUMINIUM HA GP AH PP
MS
MT-UF GP
C FINISHING HFP C05
FP PF
MT-LF DP
FV
SM
01
F1 PF5 FT FG
A FK KF
GT-LF HQ
SQ PF
SS
Technical information
TT PS
MEDIUM SJ,SU (PM) XQ R/L 14,SM F1 PS4
P E HMP MF 23
FINISHING SK (KM) HQ R/L-F 17,19 F2 PS5
O E I PM
S LOR
MEDIUM SF (PR) MT-MF MV PM2,PM5
I N ROUGHING
C25 HMP
MU (KR) GM
G
MQ 19 24 F2
(PR5)
MT
T TA
ALU
ALUMINIUM& ALLOY AK AG AL HP A3 AS PP FL
Y MA ACB
P
E STAINLESS STEEL MF, MM 14,SM PS4 FG
HMP AK MU LF (XQ) FV SS
MILD STEEL MR 17,19 PM5 MT
INDEXABLE DM C20 S04 51,53 SW,GF C1,P1
SU,SP
DRILLIN-DEXABLE DS,DA C21 R06 56,58 GG,DT 85,86
527
The Comparison of Grades(Turning)
528
KORLOY SUMITOMO KYOCERA ISCAR SANDVIK SECO KENNAMETAL TOSHIBA
ST05 CN100 ST10P AC700G T110A CA5505 TN30 IC8048 GC4005 K45 KC9105 HT2 TX10S T9005
ST10 NC3010 CN10 CR7015 IC9105 IC20N S1P CT5015 TTX TP1000 KC9110 NS520
ST15 ST20E AC900G T2000Z CA5515 PV30 IC50M IC9015 GC4015 CM KT125 TX20 T9015
ST20 NC3020 CC115 IC9250 IC520N SM30 CT525 TTM KC9115 GT530
P MA2 CN200 A30 AC2000 T1200A PW30 CR7025 TN60 IC9025 TP2000 C15M KM HT5 TX30
ST30 NC3030 T130A CA5525 TN6020 IC54 IC656 IC30N S30T GC4025 GC1525 KC9125 T9025 NS530
ST30A CN20 ST40E CN8000 CA5025 PV60 IC9350 GC4225 TTR KT175 TX40
T ST30N NC500H AC3000 CA5535 TN90 IC9054 TP3000 KC9240 T9035 NS540
ST40 IC635 IC530N S6 GC4035 K420 KC9245 KT195M TC930 N308
u PC8010 U10E GC2015 KC9215
U10 NC9020 CN200 CA6015 IC9025 H13A AT10 TP400 K2885 TU10 T6020
r U2 AC304 PR905 GC2025 KC5010
U20 AT15 TU20
n M NC3030 A30 PR915 KC9245 T6030
U40 AC3000 IC3028 H10F GC2035 TTR CP500 K2S
i PC9030 A40 PR930 KC5025 TU40
n
H02 NC305K AC300G CA4010 H1P GC3205
g EH510Z
CA4110 IC4 IC9015 TK1000 K68 KC9315 TH03 T5010
H01 H01 KW10H THM
K NC6010 GC3210
H05 AC500G CA4125 IC20 H10F TK2000 KC9325
EH520Z CR7015 IC4028 THR K8735 TH10 T5020
H10 NC315K G10E PR610 IC28 GC3215 KC7310
G10 AC700G KS20
KORLOY MITSUBISHI HITACHI VALENITE WALTER TAEGUTEC NTK DIJET
ST05 CN100 UE6005 NC1010 SRN5 GM8015 CH350 SV305 P10 TT1500 PV320 T3N JC110V LN10
ST10 NC3010 CN10 S1F SV405 WAP01 ZM3 T15
ST15 UE6010 NC2525 WS20B CZ25 SV310 VC83 WPP10 CT320 KM3 JC215V CX50
ST20 NC3020 CC115 STi10T UC6010 GM8020 VC6 SV410 P20 TT3500 CT3000 N20 CX75
P MA2 CN200 UP35N EX35 CH530 SV315 WAP20 CP5 C30 JC325V
ST30 NC3030 STi20T UE6020 VC5 SV415 WPP20 CX90
ST30A CN20 UC6025 AP25N EX40 GM8035 CH550 SV325 WAM10 P30 TT5100 CT420 N40 CX99
T ST30N NC500H UTi20T SV330 JC450
ST40 UE6035 NX335 EX45 CH570 VC56 SV235 WAP30 P40 CT520
u PC8010 M10 JC5003 LN10
U10 NC9020 CN200 US7020 WAM10B GM25 VC27 TT2500 KM3 JC110V CX75
r WAM20 M20
M U20 UTi20T TT3500
n NC3030 US735 EX35 GX30 VC28 JC5015 CX99
U40 TT5100
i PC9030 M40
n
H02 NC305K GM3005 VC3 SV405 K10 CP2 T15 JC105V LN10
g WAK10 TT1300 CP5 JC110V CX75
H01 UC5105 WH05 K20 CT320
NC6010 HTi10T GP10H GM8015 VC2 SV415 TT1500 JC215V
K H05 W10 K20M CT420
UC5115 GM8020 VC1 SV515 WAK20
H10 NC315K HTi20T UP10H WH20 K30 CT520
G10 UC6010
Coated : PVD
Cermet : cermet+PVD
The Comparison of Grades(Milling)
KORLOY SUMITOMO KYOCERA ISCAR SANDVIK SECO KENNAMETAL TOSHIBA
NCM325 CN100 AC230 T12A PR730 IC520M GC1015 T20M KC725M T325
PC3535 CN20 ACZ330 T1200A PR630 TN100M IC635 GC1025 T25M KC792M KT195M AH330
PC230 GC4020 CP200 T3030 NC540
P NCM335 CN30 T250A TC60M IC950 IC30N GC4030 AH740 N308
PC3545 IC908 GC1120 CP300
M GC4040
i EH510Z PR660 IC328 GC1005 KC9240
PC8520 T250A CP200
l NCM335 CN30 EH520Z GC2030 CT530 CP500 KC705M
l M PC9530
i ACZ350 GC2040
n
g NCM310K AC211 IC4050 T150M T1015
PC6510 PR510 IC7150 GC3020 KC992M
NCM320K ACZ310 IC910 GC1020 KC709M AH110
K PC215K GC3040
KORLOY MITSUBISHI HITACHI VALENITE WALTER TAEGUTEC NTK DIJET
NCM325 CN100 F7030 WQM15 JC5003
PC3535 CN20 GP20M NX2525 CY150 CH550 SV935 WTL41 KT7300 CT420 QM3 C50 JC730V
PC230 WQM25 TT7030 CT3000 JC5030
P NCM335 CN30 AP20M NX55 CY250 CH570 SM245 WTL71 TT7070 CT520 JC5015
PC3545 NX4545 WQM35
M JC5040
i VP15TF HC844
PC8520 WQM25
l NCM335 CN30 VP20RT
l M PC9530
i TT8020
n
g NCM310K F5010 WTA11 JC5003
PC6510 V01 TT6030 JC600
NCM320K AP10H CY10H VN8 WTA21 JC610
K PC215K JC5015
529
Coated : PVD
Cermet : cermet+PVD
Index
Product Page Product Page Product Page
A CCMT-C25 54 DC 196
ADKA 268 CCMT-HFP 54 DCGT-AK 96
ADLT 268 CCMT-HMP 54 DCGT-HFP 60
ADN4000 324 CDEW-XAF(NAF) 270 DCGT-TA 99
ADN5000 325 CDEW-XAW(NAW) 271 DCMT 119
ADS4000 373 CDEW-XCF 271 DCMT-C25 61
ADS5000 374 CDH4000/5000 385 DCMT-HFP 60
AE4000 326 CE 364 DCMT-HMP 61
AE5000 327 CKJNR/L 161 DEH5000 386
AFO4000 334 CKNNR/L 161 DNG(M)G-HU 57
AFO5000 335 CKUNR/L 185 DNMA 55, 107
AMC-M 344 CNG(M)G-HU 51 DNMG-B20 56
AMC-S 342 CNM(M)G-HA 51, 101 DNMG-B25 56
AMC-SE 343 CNMA 48, 107 DNMG-GM 56
AMS-M 340 CNMG-B20 48 DNMG-GR 57
AMS-MH 341 CNMG-B25 49 DNMG-GS 57
AMS-S 338 CNMG-GM 49 DNMG-HA 58, 101
AMS-SE 339 CNMG-GR 50 DNMG-HC 58
ANH4000/5000 384 CNMG-GS 49 DNMG-HM 59
APD(M)A 336 CNMG-HC 51 DNMG-HR 59
APD(M)B 337 CNMG-HM 52 DNMG-HS 58
APKT 268, 269 CNMG-HR 52 DNMG-VF 59
APKT-MA 269 CNMG-HS 52 DNMP 60
APXT 269 CNMG-VF 53 DNMX 125
CNMM-GH 50 DPH5000 387
CNMM-HH 53 DRMQ4000 410
B CNMX 125
BAPDR/L-XAF(NAF) 270 CPGT 55
BAPDR/L-XAW(NAW) 270 CPGT-C05 55 E
BF 199 CPMT 119 EDCW 272
BFE 360 CRDNN 162 EF4000 328
BRE 361 CRGNR/L 162 EH 167
BSL 191 CSDNN 163 EN4000 329
CSDPN 163 EPN4000 330
CSKNR/L 164 EPN5000 331
C CSKPR 257 ER(L)H 235~237, 239, 241, 243, 246, 247
CBMA3000 406 CSKPR/L 164, 188 ESB 200
CBMA4000 407 CSN 271
CBMC3000 404 CSNH 271
CBMC4000 405 CTFNR/L 165 F
CBME3000 402 CTFPR 259 FC 390
CBME4000 403 CTFPR/L 165, 187 FGD 199
CBMF3000 400 CTGNR/L 166 FGHH 217
CBMF4000 401 CTGPR/L 166 FGM 199
CBMQ3000 398 CTSPR 259 FGVH 217
CBMQ4000 399 CTTPR 258 FMAC 347
CCET 48 CTWPR 258 FMAC-A 345
CCGT-AK 96 FMAS 348
CCGT-HFP 53 FMM 199
CCGT-TA 98 D FMPC 349
CCLNR/L 160 DB 195 FMPC-A 346
CCMT 119 DBH 216 FMPS 350
530
Product Page Product Page Product Page
FMRC 351, 352 OFCW 275
FMRM 356 M OFKR-MF, MM, MA 276
FMRS 353, 354, 355 MAT 378 OFKT-MF, MM, MA 276
FTF 193 MCLNR/L 145, 190
FTG 192 MCMT 274
FTIH 215 MDJNR/L 146 P
FTT 193 MDNNN 146 PAC 369
MDQNR/L 147 PAM 370
MET/MIT 368 PAS 369
G MGEHR/L 210 PAXC 371
GFIK 220 MGEUR/L 212 PAXS 372
GFIP 220 MGEVR/L 211 PCBNR/L 137
GFT 218 MGIUR/L 214 PCLNR/L 137, 173
GH 218 MGIVR/L 213 PDJNR/L 138
GO 197 MGM(G)N-M 194 PDNNR/L 139
GR 199 MGMN-G 194 PDSNR/L 173
GS 197 MLD 483 PDUNR/L 174
GW 196 MLDP 483 PES2000 375
MPMT 275 PES3000 376
MRGN-A 195 PES4000 377
H MRMN-M 195 PF4000 332
HC 391 MSBE2000 438 PH 219
HECN 272 MSD 475, 476, 477, 478 PM 365
HPEN 272 MSDH 479, 480, 481, 482 PNEJ 277
HPEN-WC 273 MSE2000 438 PNEJ-C 277
HRMC 357 MVJNR/L 147 PNH4000/5000 388
HRMS 358, 359 MVQNR/L 148 POB 200
HSBE2000/4000 446 MVVNN 148 PPH4000 389
HSE2000/4000 448 MWLNR/L 149, 190 PPN4000 333
HSE6000/8000 448 PRDCN 139
HSRE4000 447 PRGCR/L 139
N PSBNR/L 140
NPD 472, 473 PSDNN 140
I NPET-DA 469 PSKNR/L 141, 174
IG 198 NPET-DR 468 PSSNR/L 141
IGH 221 NPMT-DM 468 PTFNR/L 142, 175
IR(L)H 235~238, 240, 242, 243, 248, 249 NPMT-DS 468 PTGNR/L 142
NU-CC(P)GW 114 PTTNR/L 143
NU-CNMA 111 PWLNR/L 143, 175
K NU-DCGW 114
KNUX 61 NU-DNMA 112
NU-SNMA 112 R
NU-SNMN 113 RC 278
L NU-SPGN 115 RCGT-AK 96
LBE 362, 363 NU-TNMA 112 RCGT-TA 99
LBH 273 NU-TPGN 116 RCMX 62
LBS 273 NU-TPGW 115 RDC(K)T-MA 279
LNE 274 NU-VNMA 113 RDHW 278
LR 274 RDKT-MF 279
LSBE2000 442 RDKT-MM 280
LSBE2000-Q 442 O RDKW 279
OFCN 275 REKR-MM 280
531
Index
Product Page Product Page Product Page
RNMG-B25 62 SEXT-MR 290 SPH-S 223
RPMM 280 SFCN 290 SPKN 293
RPMT 62 SFKN 290 SPKN-SM 294
SFN3000 414 SPKR-MX 293
SMBB 223 SPKR-SM 295
S SNCN 291 SPMN 295
SAN3000 416 SNCQ 291 SPMT 295
SCACR/L 149 SNEF 291 SPMT-DM 467
SCGT-AK 97 SNEX 292 SPMT-DS 467
SCGT-HFP 71 SNEX-CU1 292 SPP 392
SCGT-TA 99 SNG(M)G-HU 66 SPXN-FM 296
SCLCR/L 150,176 SNG(M)X 63 SPXR-FM 296
SCLPR/L 177 SNGA 63 SQN3000 413
SCMT 120 SNGG 63 SRDCN 152
SCMT-C25 72 SNGN 64, 108 SRGCR/L 152
SCMT-HFP 71 SNGN-B 109 SSBCR/L 153
SCMT-HMP 72 SNKN 291 SSBE2000/4000 441
SDACR/L 150 SNM(M)G-HA 101 SSBE2000-Q/4000-Q 441
SDCN 281 SNMA 64, 107 SSBEA2000 444
SDET-MA 282 SNMG(M)-GM 66 SSD 474
SDJCR/L 151 SNMG(M)-GR 67 SSDCN 153
SDKN 281 SNMG(M)-HA 68 SSE2000 439
SDKN-SM 282 SNMG-B20 65 SSE2000-Q 439
SDKR-MX 282 SNMG-B25 65 SSE3000/4000 440
SDKR-SM 283 SNMG-GS 66 SSE3000-Q/4000-Q 444
SDMT 283 SNMG-HC 68 SSEA2000/3000 443
SDNCN 151 SNMG-HM 68 SSES3000-Q 445
SDQCR/L 178 SNMG-HR 69 SSKCR 255
SDUCR/L 178 SNMG-HS 69 SSKCR/L 154, 179
SDXN-FM 283 SNMG-VF 70 SSKPR/L 180
SDXR-FM 284 SNMM-GH 67 SSSCR 255
SDXT-MA 284 SNMM-HH 70 SSSCR/L 154
SDXT-MF 284 SNMN 71, 201 STACR/L 155
SDXT-MM 285 SNPA 63 STFCR 256
SDZCR/L 179 SNPR/L 63 STFCR/L 155, 181
SE 366 SP 201 STFPR/L 182
SECA 285 SPB 221, 393 STGCR/L 156
SECN 286 SPB-S 222 STTCR 256
SECR-MX 286 SPCN 293 STTCR/L 156
SEET-MA 287 SPCR-MX 293 STUBR/L 188
SEEW 287 SPD 471 STUPR/L 188
SEGN 123 SPEN-WC 294 STWCR 257
SEKN 286 SPET-DA 467 SVABR/L 157
SEKN-SM 287 SPEX 294 SVHBR/L 157
SEKR-MX(MF1) 286 SPG(M)R-F 73 SVJBR/L 158
SEKR-SM 288 SPG(M)R-M 74 SVJCR/L 159
SEMN 288 SPGA(-Z) 72 SVQBR/L 183
SEN3000 415 SPGN 73, 110, 123 SVQCR/L 184
SEX(E)T-MF 288 SPGT 74 SVUBR/L 183
SEX(E)T-MM 289 SPGT-C05 74 SVUCR/L 184
SEXN-FM 289 SPGW 120 SVVBN 158
SEXR-FM 289 SPH 222 SVVCN 159
532
Product Page Product Page Product Page
SWACR/L 160 TPGT-C05 87 WNMG-B25 92
SWLCR/L 185 TPGT-HFP 86 WNMG-GM 92
SWUBR/L 189 TPGW 109, 122 WNMG-GR 93
TPKN 298 WNMG-GS 92
TPKN-FM 300 WNMG-HA 93, 102
T TPKN-SM 299 WNMG-HC 93
TB 198 TPKR-MX 299 WNMG-HM 94
TBGN-B 111, 123 TPKR-SM 299 WNMG-HR 94
TBGT 82 TPMT 121 WNMG-HS 94
TBGW 120 TPMT-HFP 87 WNMG-VF 95
TBH 219 TPXR-FM 300 WTJNR/L 144
TCGT-AK 97 WTXNR/L 144
TCGT-HFP 83 WWLNR/L 145
TCGT-TA 100 V
TCMT 121 VBG(M)T 90
TCMT-C25 84 VBGT-AK 97 X
TCMT-HFP 83 VBGT-TA 100 XEKT-MA 301
TCMT-HMP 83 VBMT-HMP 91
TECN 296, 297 VBMW 110
TEEN 296 VCGT-AK 98 Z
TEEN(-Z) 297 VCGT-HFP 90 ZCMT-ER 302
TEGN 124 VCGT-TA 100 ZDMT-R 302
TEKN 296, 297 VCKT-MA 300 ZPMT 302
TFCN 297 VCMT 122 ZPMT-R 303
TM 367 VCMT-HFP 90 ZSBE200 447
TNG(M)G-HU 80 VCMT-HMP 91 ZSE200/300 450, 451
TNGA 75 VCMW 110 ZSE400/600 451
TNGG 75 VDKT-MA 301 ZSEA200 452
TNGN 76, 109 VETR 250 ZSEL200/400 453
TNM(M)G-HM 81 VNGG-HA 87
TNMA 76, 108 VNMA 108
TNMG(M)-GM 78 VNMG-B20 88 Others
TNMG(M)-GR 79 VNMG-GM 89 Lever 492
TNMG-B20 77 VNMG-HM 88 Wrench 491
TNMG-B25 78 VNMG-HS 88 Breaker piece 494
TNMG-GS 79 VNMG-VF 89 Screw 488
TNMG-HA 80, 102 VNMP 89 Stopper 495
TNMG-HC 80 VNMX 126 Stop-ring 493
TNMG-HR 81 VTH 250 Spring 494
TNMG-HS 81 VZD(LA, LBA) 485 Shim 496
TNMG-VF 82 VZD(MA, MBA) 484 Shim pin 492
TNMM-HH 82 Washer 493
TNMN 77 Clamp 498
TNMX 77, 125 W
TNPA 75 WBGT 95
TNPR/L 75 WCKT-DA 469
TOEH 84 WCMT-C20 469
TPCN 298 WCMT-C21 470
TPG(M)R-F 85 WCMT-DS(P) 470
TPG(M)R-M 85 WDKT-MH 301
TPGN 84, 111, 124 WNM(G)G-HA 102
TPGT 86 WNMA 91
533
MEMO
534
MEMO
535
MEMO
536
Western Europe Eastern Europe
Germany Ireland Denmark Slovakia Ukraine
Finland Austria Sweden Latvia Czech
Greece Andorra Belgium Rumania Poland
Netherlands Italia England Bosnia Hungary
Switzerland France Spain Bulgaria Russia
Slovenia
Domestic
7 branch offices
Seoul, Kyeongin /
Daejeon / Daegu /
Ulsan / Busan /
Masan / Gwangju
Distributor : 110
Asia
Thailand India Malaysia
Lebanon Japan Vietnam
America
Myanmar China Singapore Canada Argentina
Iran Pakistan Indonesia U.S.A Chile
Turkey U.A.E Philippine Oceania Mexico Columbia
Israel Taiwan Australia Guatemala Paraguay
New Zealand Brazil Peru
Africa
South Africa
Egypt
Kenya
Morocco
CARBIDE CUTTING TOOL
REPRESENTATIVE OF KOREA
KORLOY Inc. is a carbide cutting tool manufacturer
Coating line of Jin-cheon Factory Cheong-ju Factory launched at 1966, now supply its products over 60 countries
all over the world and has national wide sales network in KOREA.
We, KORLOY Inc. will always do our best to be the top class
manufacturer with ceaseless R&D, high quality product and
good service.
KORLOY Inc. will grow as a global leading company.
Jin-cheon Factory High Technology Analysis facility
www.korloy.com
R&D Institute Superb Designing facility
This CATALOGUE is made as of June. 2006 as per ISO standard, the information of products such as dimensions, prospective performance and quality,
contained in the CATALOGUE is subject to change due to constant Research & Development. Please, Contact us for more information.
www.korloy.com
HEAD OFFICE
Holystar B/D 953-1, Doksanbon-Dong, Geumcheon-Gu, Seoul, Korea
Phone : + 82-2-522-3181 Fax : + 82-2-522-3184
CHEONGJU FACTORY
53-16, Songjeong-Dong, Hungduk-Gu, Cheongju, Chungcheongbuk-Do, Korea
Phone : + 82-43-262-0141 Fax : + 82-43-262-0146
JINCHEON FACTORY
767-1, Guangheawon-Ri, Guangheawon-Myon, Jincheon-Gun, Chungcheongbuk-Do, Korea
Phone : + 82-43-535-0141 Fax : + 82-43-535-0144
Web site : www.korloy.com
E-mail : export@korloy.com
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