KORLOY PCD TOOLS Catalogue

PCD TOOLS
Industrial Tools Department
Contents
PCD Product Descriptions ................... 04

PCD Technical Data .................................. 06

PCD Insert/Blade .........................................12

PCD Milling Cutter ......................................16

Aero Mill Series
• Aero Mill Mini
• Aero Mill
• Aero Mill Plus
• KMP

PCD Endmill ................................................ 34

PCD Drill ........................................................ 36

PCD Reamer ............................................... 38

PCD Form Cutter ........................................ 40

• Forming Tool

• Mono Tool

PCD Saw ......................................................... 42

Special PCD Tools Order Form ......... 44

 PCD TOOLS
Product descriptions

PCD Product Descriptions

KORLOY PCD tools feature extremely high hardness and outstanding wear resistance
thanks to their material technology combining a strict control of diamond crystals
size, and a manufacturing process realized at ultra high temperature and pressure
levels. KORLOY PCD tools answer the wide demand for machining aluminum alloy
and non ferrous metals in the automotive and aerospace industry, while delivering an
exceptional increase in productivity and precision.

KORLOY PCD insert blades perform

PCD their best on aluminum alloy and non-
Insert/Blade ferrous metals resulting high efficiency
and high quality

KORLOY PCD Endmills guarantee

PCD long tool life and high productivity
Endmills by shortening overall cycle time with
diamond edge application

KORLOY’s PCD Reamer guarantees

PCD
excellent surface finish and high accuracy
Reamers for economical machining
04
 KORLOY PCD drill guarantees excellent
PCD cutting performance and tool life in aluminum
Drills alloy machining with full or partial diamond
application on the tip

KORLOY PDC Milling Cutter,

PCD Aero Mill features accurate
Milling Cutter and economical face milling
with adjustable blade height

KORLOY PCD Boring Tools enlarges

PCD
holes with high precision and presents
Boring Tools an excellent quality of finishing

KORLOY PCD Forming Tools is the solution

PCD
to today’s increased complexity of workpieces’
Forming Tools shapes, while shortening cycle time

05
 PCD TOOLS
Technical data

Technical Data
PCD products are manufactured by binding poly-crystalline
diamond in high density through super high pressure process,
which enables an extremely high wear resistance.

06
●PCD tool technical manual Grain size
Small

 Material
Polycrystalline diamond = Particle sintered diamond

 Structure Ultra-fine
[Diamond crystal grain + diamond additive (metal, ceramic)]
Sintering with high temperature and pressure (1200℃ , 50k atm)

 Specification
⑴ ‌Rough particle => High density and high heat conductivity -
Fine
Good wear resistance, but low surface roughness
⑵ Low oxidation temperature. Drawing oxidation can happen for
hard material processing
⑶ Fine particle => Excellent resistance to wear and chipping for
general cutting
Large rough particle
⑷ Ultra fine particle => Excellent surface finish and chipping resistance

PCD tools provide wide machining

applicability and exceptional product
performance
Aluminum
alloy

Carbon Ceramic

Copper alloys
Si -Aluminum alloy

Wood,
Stone
Graphite

Rubber

07
 ●PCD form

TNMX CCMT SPGN

●Hardness and strength of PCD

Hardness
[High] PCD

cBN

Ceramic

Coated
Cermet carbide alloy

Carbide alloy

HSS

Strength, toughness [High]

[Low]

TRS (Transverse Rupture Strength) Heat conductivity (Heat conduction)

Carbide alloy Carbide alloy

17(Gpa) 110
(W/m.k)

cBN cBN Heat

TRS
23(Gpa) 200 Conductivity
(W/m.k)
PCD PCD
50(Gpa) 560 (W/m.k)

* TRS * Thermal conductivity

Flexural strength, or material property Material property to conduct heat
defining the degree of ductility or brittleness

08
●PCD material
Grain Hardness Transverse
Grade Feature Use Grain rupture strength
size(㎛) (Hv) (kgf/㎟)

Material with rough Processing of high-Si AI alloy, AI compound

diamond particle sintered. material, carbide alloy, ceramic semi-sintered 10,000
Over
DP90 High percentage of compound and rough machining of embossed
25
~ 110
diamond and excellent product. Processing of ceramic sintered 12,000
wear resistance coumpound, stone and rock.

Fine diamond sintered Rough machining of non ferrous metal, and

material. Same grain size processing of carbide alloy, ceramic sintered 10,000
of diamond and good compound, embossed products rough
DP150 10 ~ 200
coherence which enable machining. Face processing and cutting of
processing effectiveness FRP, hard rubber, graphite, wood and mineral 12,000
and wear resistance board.

Ultra fine diamond grain Rough machining of non ferrous metal, carbide 8,000
sintered material. Good alloy, ceramic sintered compound, embossing
DP200 0.5 ~ 220
sharpness of blade and product. Cutting and face processing of FRP,
toughness hard rubber, graphite, wood and mineral board. 10,000

●Recommending cutting condition

1 time cutting Recommending material
Work piece Cutting speed Feed
depth 1st time 2nd time
Aluminum alloy (4%~8%Si) 1,000 ~ 3,000 0.1 ~ 0.6

Aluminum alloy (9%~14%Si) 600 ~ 2,500 0.1 ~ 0.5

~3
Aluminum alloy (15%~18%Si) 300 ~ 700 0.1 ~ 0.4
DP150 DP200
Copper alloy 0.05 ~ 0.2
~ 1,000
Tempered plastic 0.1 ~ 0.3 ~2

Wood material ~ 4,000 0.1 ~ 0.4 -

Carbide 10 ~ 30 ~ 0.2 ~ 0.5 DP90 DP150

●Comparison between cBN and PCD

Category PCD cBN

Thermal Under common air condition Oxidation from 700℃ Stable up to 1300℃
stability Under vacuum condition Stable up to 1400℃ Stable up to 1500℃

Non ferrous metal, glass fiber,

Use wood, hard plastic
Heat treated iron, hard material

09
 ●Cutting test case

Clearance angle wear width

Continuous cutting test 0.10
(Work piece : Al-25%Si)
Competitor A
DP150
vc = 800m/min
0.05
fn = 0.1mm/rev Competitor B

ap = 0.2mm, Dry DP90

Designation : SPGN120304
Holder : FP11R
0 10 20 30 40
Cutting length(km)
Clearance angle wear width

Competitor
Interrupted cutting test
(Work piece : Al-20%Si)
DP150 DP90
0.10
vc = 350m/min
fn = 0.2mm/rev
ap = 0.18mm, Dry 0.05

Designation : CNMX120408
Holder : PCLNL2525
0 1 2 3 4
Cutting length(km)
Clearance angle wear width

Continuous cutting test 0.2

(Work piece : Al-25%Si)

vc = 15m/min
fn = 3.7mm/rev 0.1
ap = 0.5mm, Dry
Designation : SPGN120304
Holder : FP11R

DP90 Competitor
Grade

10
●Chip breaker insert
- Shorten the processing time with excellent chip elimination rate,
and enhanced productivity
- Make the chip stable under high speed and high carry processing
for stable process
- Enhance product quality and lower the defective ratio with excellent
surface roughness and tolerance of dimension.
- With exclusive 3 dimensional chip breaker design, cutting resistance
and strength of cutting blade are enhanced, which extend tool life

●Chip processing area

ap (mm)

3.0

2.5

2.0
NM NM
1.5

1.0

0.5 NF
0.25

NF
0.05 0.10 0.15 0.20 0.30 0.35
fn (mm/rev)

●Chip discharge result

NM NF
ap (mm)

ap (mm)

3.0 1.2

1.5 1.0

1.0 0.7

0.8 0.5

0.5 0.2

0.10 0.15 0.20 0.25 0.30 0.05 0.07 0.10 0.12 0.15
fn (mm/rev) fn (mm/rev)

11
 PCD TOOLS
Insert / Blade

Insert / Blade
Wide machining applicability covers turning and milling on aluminum
alloy and non-ferrous metals. High hardness of PCD insert/blade
results in excellent wear resistance, high precision and high efficiency.

12
●PCD insert (Negative/Positive)
Grade Dimensions (mm)
Type Designation Applicable Holder
DP90 DP150 DP200 Inscribed circle Thickness Nose R Hole size
CNMM 120404 ● 12.7 4.76 0.4 5.16 DCBNR/L DCLNR/L
CN 80° 120408 ● 12.7 4.76 0.8 5.16 MCKNR/L MCLNR/L
Nega
120412 12.7 4.76 1.2 5.16 MCMNN PCBNR/L
PCLNR/L
CNMX 120404 12.7 4.76 0.4 5.16
120408 12.7 4.76 0.8 5.16
120412 12.7 4.76 1.2 5.16

DNMM 150404 ● 12.7 4.76 0.4 5.16 DDJNR/L MDJNR/L

55° 150408 ● 12.7 4.76 0.8 5.16 MDNNN MDQNR/L
DN Nega 150412 12.7 4.76 1.2 5.16 MDUNR/L PDJNR/L
PDNNR/L PDSNR/L
150404 12.7 4.76 0.4 5.16 PDUNR/L
DNMX
150408 12.7 4.76 0.8 5.16
150412 12.7 4.76 1.2 5.16

160404 9.525 4.76 0.4 3.81

60° TNMX MTENNS MTFNR/L
TN Nega 160408 9.525 4.76 0.8 3.81 MTGNR/L MTJNR/L
160412 9.525 4.76 1.2 3.81 PTFNR/L PTGNR/L
PTTNR/L WTENN
WTJNR/L WTXNR/L

VNMX 160404 9.525 4.76 0.4 3.81 MVJNR/L

VN 35° 160408 9.525 4.76 0.8 3.81 MVQNR/L
Nega
160412 9.525 4.76 1.2 3.81 MVUNR/L
MVVNN

CCMT 060202 ● 6.35 2.38 0.2 2.8 SCACR/L

060204 ● 6.35 2.38 0.4 2.8 SCLCR/L
060208 6.35 2.38 0.8 2.8
09T304 ● 9.525 3.97 0.4 4.4
CC 80° 09T308 ● 9.525 3.97 0.8 4.4
CP Posi
09T312 9.525 3.97 1.2 4.4

CPMT 080204 7.94 2.38 0.4 3.4

080208 7.94 2.38 0.8 3.4
080212 7.94 2.38 1.2 3.4
090304 9.525 3.18 0.4 4.4
090308 9.525 3.18 0.8 4.4
090312 9.525 3.18 1.2 4.4

DCMT 070202 ● 6.35 2.38 0.2 2.8 SDACR/L

DC 55° 070204 ● 6.35 2.38 0.4 2.8 SDJCR/L
Posi SDNCN
070208 6.35 2.38 0.8 2.8
11T302 9.525 3.97 0.2 4.4 SDQCR/L
11T304 ● 9.525 3.97 0.4 4.4 SDUCR/L
SDZCR/L
11T308 ● 9.525 3.97 0.8 4.4

SCMT 09T304 9.525 3.97 0.4 4.4 SSBCR/L

SC 90° 09T308 9.525 3.97 0.8 4.4 SSDCN
SP Posi 09T312 9.525 3.97 1.2 4.4 SSKCR/L
SSSCR/L
SPGW 090302 9.525 3.18 0.2 4.4
090304 9.525 3.18 0.4 4.4
090308 9.525 3.18 0.8 4.4

13
 ●PCD insert (Negative/Positive)
Grade Dimensions (mm)
Type Designation Applicable Holder
DP90 DP150 DP200 Inscribed circle Thickness Nose R Hole size
TBGW 060102 3.97 1.59 0.2 2.8 STUBR/L
060104 3.97 1.59 0.4 2.8

TCMT 090201 5.56 2.38 0.1 2.5 STACR/L

090202 5.56 2.38 0.2 2.5 STFCR/L
090204 5.56 2.38 0.4 2.5 STFPR/L
110201 6.35 2.38 0.1 2.8 STGCR/L
110202 6.35 2.38 0.2 2.8 STTCR/L

TB 110204 6.35 2.38 0.4 2.8

60° TPGB 080204 4.76 2.38 0.4 2.4
TC Posi 080208 4.76 2.38 0.8 2.4
TP 090204 ● 5.56 2.38 0.4 2.5
090208 ● 5.56 2.38 0.8 2.5
110304 6.35 3.18 0.4 3.3
110308 6.35 3.18 0.8 3.3
TPGW 080202 4.76 2.38 0.2 2.4
080204 4.76 2.38 0.4 2.4
090204 ● 6.35 3.18 0.2 3.4
090208 ● 6.35 3.18 0.4 3.4
110302 6.35 3.18 0.8 3.4
110304 ● 9.525 4.76 0.4 3.81
110308 ● 9.525 4.76 0.8 3.81
160404 - - - -
160408 - - - -
TPGT 110302 6.35 3.18 0.2 3.4 STFPR/L
110304 6.35 3.18 0.4 3.4 STUPR/L

VBMT 110302 6.35 3.18 0.2 3.4 SVABR/L

110304 ● 6.35 3.18 0.4 3.4 SVHBR/L
110308 ● 6.35 3.18 0.8 3.4 SVJBR/L
160402 9.525 4.76 0.2 4.4 SVQBR/L
VB 35° 160404 ● 9.525 4.76 0.4 4.4 SVUBR/L
●
VC Posi 160408
160412 ●
9.525
9.525
4.76
4.76
0.8
1.2
4.4
4.4
VCMT 110302 6.35 3.18 0.2 3.4 SVJCR
110304 ● 6.35 3.18 0.4 3.4 SVVCN
110308 ● 6.35 3.18 0.8 3.4
160404 ● 9.525 4.76 0.4 4.4
160408 ● 9.525 4.76 0.8 4.4
160412 9.525 4.76 1.2 4.4
TPGN 090204 5.56 2.38 0.4 - CTFPR/L
090208 5.56 2.38 0.8 - CTGPR/L
60°
TP
»»»»

Posi 110302 6.35 3.18 0.2 -

110304 ● 6.35 3.18 0.4 -
110308 ● 6.35 3.18 0.8 -
160302 9.525 3.18 0.2 -
160304 9.525 3.18 0.4 -
160308 9.525 3.18 0.8 -
SPGN 090304 ● 9.525 3.18 0.4 -
SP 90° CSDPN
Posi 090308 9.525 3.18 0.8 - CSKPR/L
120304 12.7 3.18 0.4 -
120308 12.7 3.18 0.8 -

14
●PCD milling insert
Grade Dimensions (mm) Applicable
Type Designation
DP90 DP150 DP200 length Width Thickness Hole size Holder
CDEW 1204R-XAF ● 12.7 4.76 - 4.4 APD(M)
1204L-XAF ● 12.7 4.76 - 4.4 APD(M)
1204R-NAF ● 12.7 4.76 - 4.4 APD(M)
1204L-NAF ● 12.7 4.76 - 4.4 APD(M)
1204R-XAW ● 12.7 4.76 - 4.4 APD(M)
1204L-XAW ● 12.7 4.76 - 4.4 APD(M)
1204R-NAW ● 12.7 4.76 - 4.4 APD(M)
1204L-NAW ● 12.7 4.76 - 4.4 APD(M)

SNEW 09T3ADTR-XAF ● 9.525 3.97 - 4.4 MAPD(M)

09T3ADTR-NAF ● 9.525 3.97 - 4.4 MAPD(M)
09T3ADTR-XAW ● 9.525 3.97 - 4.4 MAPD(M)
09T3ADTR-NAW ● 9.525 3.97 - 4.4 MAPD(M)

●PCD blade
Grade Dimensions (mm) Applicable
Type Designation
DP90 DP150 DP200 length Width Thickness Hole size Holder

BAMPR-XAF ● 25.5 10.5 7 6.7 APD(M)-PB

BAMPR-XAW ● 25.5 10 7 6.7 APD(M)-PB

BAMPR-XAWR ● 25.5 10 7 6.7 APD(M)-PB

BKMPMR-XAF ● 30 13.5 10 6.4 KMP(M)

BKMPMR-XAWR ● 30 13 10 6.4 KMP(M)

15
 PCD TOOLS
Milling Cutter

Aero Mill Series

Aero Mill mini
Aero Mill
Aero Mill plus
KMP

16
●Aero Mill mini
- Availability of PCD as well as carbide inserts
- Maximum adjustment range ±0.1mm, in 2㎛ as a fine control unit
- Through coolant system
- Simplified cutter structure
- Wide chip pocket area for aluminum alloy finishing and roughing
- Balance level reachable with a balancing screw : G2.5

●Aero Mill
- Milling tool for finishing aluminum alloy with an adjustable cutting height
- PCD and carbide inserts available
- Chip cover design for higher durability and better chip evacuation.
- Cutter body made of aluminum alloy for high speed machining
- Balance level reachable with a balancing screw : G2.5

●Aero Mill plus

- Blade type simple cutter geometry without a chip cover enabling diverse number of cutting edges
- Direct coolant injection onto the blade increasing tool life
- Simple clamping system with a spanner adjustment system improving fine
control(1㎛) and shortening setting time by 50%, compared to existing 5 edges type cutters
- Exclusive lightweight coolant bolts reducing the cutter weight by 30%, compared to existing Ø125 cutters

Specification Aero Mill Mini Aero Mill Aero Mill Plus

Cutter diameter Ø32 ~ Ø63 Ø80 ~ Ø315 Ø80 ~ Ø315

Applicable inserts PCD and carbide inserts PCD and carbide inserts PCD blades

Structure Steel body Aluminum body Aluminum body

and inserts and inserts and blades

Through coolant Direct injection Central injection Direct injection

onto the edge onto the edge

Application Roughing and finishing Roughing and finishing Medium cutting to finishing

Max. rpm 26,000 (for Ø32) 16,000 (for Ø80) 16,000 (for Ø80)

17
 Aero Mill
●Code System

A P D ( M) 100 R - A 6Z
Aero Mill Approach Insert relief Tool diameter A : Cartridge +
angle 90° angle ISO : mm Insert type
Arbor type AISI : inch Hand of tool Number of tooth
A : Inch R : Right 6:6 teeth
M : Metric L : Left

●Coolant parts
Diameter(mm) Type Designation Shape Note Tungsten Carbide, PCD Insert

Ø80 CBP080-IN/MM
Tungsten
Carbide Insert

0.03~0.05
CBP100-IN
Ø100
CBP100-MM-1
Coolant
CBP125-IN PCD Insert
Bolt
Ø125
CBP125-MM-1
Extra PCD Facing, PCD Wiper Insert
CBP160-IN charge
Ø160
CBP160-MM 0.2
PCD Facing
0.03~0.05

0.03~0.05
Insert
Ø200 CCP200
Coolant
Ø250 CCP250
Cover
PCD Wiper
Ø315 CCP315 Insert

●Application range ●Recommended cutting condition

Depth of cut, ap (mm)

Cutting Speed (m/mm)

6.0 5000

5.0 4000

4.0 3000
Aluminum alloy
Aluminum alloy
3.0 2000 Siunder 13% (H01, PCD)

2.0 1000
Aluminum alloy
1.0 500 Si over 13%(PCD)

0.05 0.1 0.15 0.2 0.3 0.1 0.2 0.3

Feed, fz(mm/t) Feed, fz(mm/t)

18
●Assembly structure of cutter ❶ Insert

❺ Cutter

❼ ‌Insert Screw

❷ Cartridge
❻ Cutter Seat

❸ ‌Cartridge Screw ❹ ‌Adjust Screw

Carbide insert

●How to assemble the Aero mill

PCD Facing
1. Place ④Adjust screw in ⑥Cutter Seat Cartridge
2. ‌Insert ②Cartridge to ④Adjust screw in ⑥Cutter Seat
3. ‌Insert ③Cartridge screw and joint right direction by 10Nm
PCD Wiper
4. ‌Place Insert on the Cartridge and joint them together by 5Nm
5. D
‌ isassembly is performed in reverse order of the assembly

Balancing
Chip Cover Screw

How to adjust run-out of the Aero mill

1. Clean the measuring instrument and set the position of the Aero mill cutter
2. ‌Release ③Cartridge screw first, then joint slightly by 2Nm
3. Rotate the ④Adjust screw right direction and adjust it up to 5㎛ (dial gage)
4. ‌Joint ③Cartridge screw tightly by 10Nm
5. ‌Adjust it to the zero tolerance by rotating ④Adjust screw to the right direction
※ When you rotate ④Adjust screw to the right direction, inserts move to upper direction

1. ‌Please use OHP film to protect PCD insert and blade when 2. ‌Please rotate the adjust screw to right direction only. When
you adjust tolerance.It can cause chipping during adjusting you exceed zero tolerance, should release cartridge screw first
run-out and rotate adjust screw to left direction, then rotate it to right
and adjust again

19
 ●Cutting test case

Cylinder Head
(Aluminum alloy AC4CH-HB)

vc = 3.534m/min vc = 3.926m/min
fn = 0.16mm/t fn = 0.33mm/t
ap = 3.5mm,Wet, Roughing ap = 3.5mm,Wet, Finishing

Cutter : CDEW1204R-XAF(6Z), CDEW1204R-XAW(2Z) APDM125R-A8Z (8Flutes)

Test result: Rmax(Rz)㎛ = 2.40(1.41), roughing / Rmax(Rz)㎛ = 1.73(1.47), finishing

Surface Finish
(Aluminum alloy A6061)

vc = 1.570m/min vf = 3.000m/min
fz = 0.1mm/t s = 5,000rpm
ap = 0.5mm,Wet machine = PCV620

Cutter : APD100R-A6Z (6Flutes)

Insert : CDEW1204R-XCF(H01)

•Rmax : 2.1㎛
•Rz : 1.6 ㎛
•Ra : 0.3 ㎛

0.4㎜ 4.4㎜

20
APD(M) - A
AA
90°

Fig. 1 Fig. 2 Fig. 3 Fig. 4

(mm)
Max
Designation ØD ØD1 Ød a b E F ap Fig.
rpm
APD(M) 080R/L-A6Z 6 80 76 25.4(27) 9.5(12.4) 6(7) 25(22) 50 10 16000 0.75 1
100R/L-A6Z 6 100 95 31.75(32) 12.7(14.4) 8(8) 32(28) 50 10 15000 0.95 2
125R/L-A8Z 8 125 120 38.1(40) 15.9(16.4) 10(9) 38(30) 63 10 12500 1.8 2
160R/L-A10Z 10 160 155 50.8(40) 19.0(16.4) 11(9) 38(30) 63 10 10000 2.9 2
200R/L-A12Z 12 200 195 47.625(60) 25.4(25.7) 14(14) 38(38) 63 10 8000 4.0 3
250R/L-A16Z 16 250 245 47.625(60) 25.4(25.7) 14(14) 38(38) 63 10 6500 6.3 3
315R/L-A18Z 18 315 310 47.625(60) 25.4(25.7) 14(14) 38(38) 80 10 5000 11.3 4
( )Metric Size

●Available Inserts
CDEW-XCF CDEW-XAF,NAF CDEW-XAW,NAW

Uncoated PCD Application range

Designation Use
H01 DP150 DP200 Finish machining Rough machining
CDEW1204R/L-XCF Facing  △ ◎
CDEW1204R/L-XAF / NAF Facing  ◎ ◯
CDEW1204R/L-XAW / NAW Wiper  ◎ x
◎ : Optimum, ◯ : Suitable, △ : Available, x : Not applicable

●Available Arbors
Designation General Arbor NC Arbors
APD(M)080R/L-A6Z NT*▢▢-(M/U)-FMA25.4-25 BT**▢▢-FMA25.4-▢▢
APD(M)100R/L-A6Z NT*▢▢-(M/U)-FMA31.75-▢▢ BT**▢▢-FMA31.75-▢▢
APD(M)125R/L-A8Z NT*▢▢-(M/U)-FMA38.1-▢▢ BT**▢▢-FMA38.1-▢▢
APD(M)160R/L-A10Z NT*▢▢-(M/U)-FMA50.8-▢▢ BT**▢▢-FMA50.8-▢▢
APD(M)200R/L-A12Z NT*▢▢-(M/U)-FMA47.625-25, KCP-8*** BT**▢▢-FMA47.625-▢▢
APD(M)250R/L-A16Z NT*▢▢-(M/U)-FMA47.625-25, KCP-8*** BT**▢▢-FMA47.625-▢▢
APD(M)315R/L-A18Z NT*▢▢-KCP-8***8***(Center Ring Plug) -
* -NT Number ** -BT Number ***Over Milling 5

●Parts
Cartridge Chip cover Chip cover Screw Insert Screw Adjust Screw Cartridge Screw Wrench for Insert Wrench for Cartridge

LAPDR/L-AJ CAPDR/L-AJ PTMA0411 FTNA0411 AZ0514 BHA0619-NYLOK TW15S HW50

21
 Aero Mill Mini
●Code System

M A P D ( S) 040 H R - Z4
Mini Aero Mill Approach Insert Diameter(Ø) H : Coolant Number
Angle Clearance of tooth
Angle Unmarked : Cutter Hand(R/L)
S : Shank

●Application range ●Recommended cutting condition

Depth of cut, ap (mm)

Cutting speed, vc (m/min)

9.0 5000
8.0
Cemented Carbide 4000
7.0
6.0 3000
Aluminum alloy
5.0
2000 Si 13% less (H01, PCD)
4.0
3.0
Aluminum alloy
1000
2.0 Aluminum alloy
500 Si over 13%(PCD)
1.0

0.05 0.1 0.15 0.2 0.3 0.1 0.2 0.3

Feed, fz (mm/t) Feed, fz (mm/t)

●Application range ●Coolant bolt — sold separately

Diameter(mm) Max. revolution (rpm) Coolant bolt code Designation Available cutter(Ø)

Ø32 26,000 CB0525 MAPD040HR/L-Z4 Ø40

Ø40 24,500
MAPD050HR/L-Z5 Ø50
Ø50 22,000 CB1025
Ø63 20,000 MAPD063HR/L-Z6 Ø63

22
●Assembly structure of cutter
Dial gauge

❶ ‌Insert

❺ ‌Cutter

❷ ‌Insert Screw

❻ ‌Cutter Seat

❸ ‌Adjust Screw

❹ ‌Balance Screw

Inner coolant system

Insert
●How to assemble the Aero mill mini (Uncoated,PCD)

1. Use an HW20L wrench at a ⑥Cutter Seat so that the bottom Insert Screw
part of an ③Adjust Screw should be very close to the cutter body
2. After clamping the ③Adjust Screw, mount an ①Insert on the
⑥Cutter Seat, tightening the adjacent ②Insert Screw. Adjustable Screw
Repeat this with remaining inserts.
3. Assembly should be done in reverse order
Balancing Screw

How to adjust run-out of the Aero mill mini

1. ‌Make air blows onto measuring apparatus and ⑥Cutter Seats to remove dust
2. ‌Use an HW20L wrench to make ③Adjust Screws be close to the bottom. After that, mount individual
①Insert on each ⑥Cutter Seat, tightening an adjacent ②Insert Screw in torque of 2Nm.
3. ‌T ight the ③Adjust Screws clockwise to reach the first numerical target. — The final target should be between -2㎛ and -3㎛.
4. ‌Following reaching the first numerical target, completely clamp ②Insert Screws in torque of 5Nm.
5. ‌T ight the ③Adjust Screws clockwise to reach the final numerical target of between -2㎛ and -3㎛.
※ Inserts might be floating when turning the adjust screw clockwise
6. ‌In case of exceeding the final numerical target, repeat this process from No.2. Otherwise certain changes on
cutting edges could be caused.

1. Please be advised that chipping can be caused on cutting 2. ‌The maximum adjustment should be made within ±0.1.
edges when using the dial gauge to adjust mounted inserts. Too much adjusting might damage ②Insert Screws.
It is highly recommended to using a piece of protective
3. ②Insert
‌ Screws are prone to be damaged by stress concentration.
films like cellophane paper or OHP.
Please replace them with new ones every six month.

23
 MAPDS HR/L-Z
AA
90°

(mm)
Max
Designation ØD Ød ℓ L ap
rpm
MAPDS 032HR/L-Z3 3 32 20 35 100 9.5 26,000 0.35

040HR/L-Z4 4 40 20 35 100 9.5 24,500 0.42

●Available Inserts
SNEW SNEW-XAF SNEW-NAF (Strengthened Edge)

Uncoated PCD
Designation
H01 DP150 DP200
SNEW 09T3ADFR 
SNEW 09T3ADTR-XAF 
SNEW 09T3ADTR-NAF 

●Available Arbors
Designation NC Arbors
MAPD040HR/L-Z4 BT**▢▢-FMC16-▢▢
MAPD050HR/L-Z5 BT**▢▢-FMC22-▢▢
MAPD063HR/L-Z6 BT**▢▢-FMC22-▢▢

●Parts
Insert Screw Adjust Screw Balance Screw Wrench for Insert Adjust Wrench

FTKA0408 AHX0617F - NYLOK KHD0405 TW15S HW20L

24
MAPD HR/L-Z 90°
AA

(mm)
Max
Designation ØD ØD2 Ød a b E F Ød1 Ød2 ap
rpm
MAPD 040HR/L-Z4 4 40 34 16 8.4 5.6 18 40 9 14 9.5 24,000 0.24

050HR/L-Z5 5 50 42 22 10.4 6.3 20 40 11 18 9.5 22,000 0.35

063HR/L-Z6 6 63 42 22 10.4 6.3 20 40 11 18 9.5 20,000 0.65

●Available Inserts
SNEW SNEW-XAF SNEW-NAF (Strengthened Edge)

Uncoated PCD
Designation
H01 DP150 DP200
SNEW 09T3ADFR 
SNEW 09T3ADTR-XAF 
SNEW 09T3ADTR-NAF 

●Available Arbors
Designation NC Arbors
MAPD040HR/L-Z4 BT**▢▢-FMC16-▢▢
MAPD050HR/L-Z5 BT**▢▢-FMC22-▢▢
MAPD063HR/L-Z6 BT**▢▢-FMC22-▢▢

●Parts
Insert Screw Adjust Screw Balance Screw Wrench for Insert Adjust Wrench

FTKA0408 AHX0617F - NYLOK KHD0405 TW15S HW20L

25
 Aero Mill Plus
●Code System

A P D ( M) 300 R - PB 6Z
Aero Mill AA 90° Relief Angle Diameter(Ø) Aero Mill Plus
blade type
Inch type : None Hand(R/L) Number
Metric type : M of tooth

●Coolant parts

Diameter(mm) Type inch / mm Designation Shape Material Note

Ø80 inch, mm CB12-AMP80

inch CB16-AMP100
Ø100
mm CB16-AMP100M
Coolant
inch CB20-AMP125 Steel Included
Ø125 bolt
mm CB20-AMP125M
inch CB24-AMP160
Ø160
mm CB20-AMP125M
Ø200 CCV-AMP200
Coolant Extra
Ø250 inch, mm CCV-AMP250 Aluminum
cover charge
Ø315 CCV-AMP315

●Application range ●Recommended cutting speed

Depth of cut, ap (mm)

Cutting speed, vc (m/min)

6.0 5000

5.0 4000

4.0 3000
Aluminum alloy
3.0 2000 Si 13% less

2.0 1000
Aluminum alloy Aluminum alloy
1.0 500 Si over 13%

0.05 0.1 0.15 0.2 0.3 0.1 0.2 0.3

Feed, fz (mm/t) Feed, fz (mm/t)

●Max. RPM
Diameter (mm) Max. revolution (rpm) Diameter (mm) Max. revolution (rpm)

Ø80 20,000 Ø200 10,000

Ø100 18,000
Ø250 8,000
Ø125 16,000

Ø160 13,000 Ø315 7,000

26
●Assembly structure of cutter

❽ Dial gauge

❶ PCD ❸B
‌ lade Screw

❷ Blade ❺ Cutter

❻C
‌ utter Seat

❼ ‌Spanner

❹A
‌ djust Screw

Blade screw
●How to Assemble the Aero Mill Plus Blade adjustable
screw
1. Place ④Adjust screw in ⑥Cutter Seat PCD blade
2. ‌Insert ②Blade to ④Adjust screw in ⑥Cutter Seat
Balancing Al-body
(Fasten vertically, since screwing horizontally is not possible) screw protecting tap
3. ‌Place ④Adjust screw in ⑥Cutter Seat
4. ‌Disassembly is performed in reverse order of the assembly

How to Adjust the Run-out on the Aero Mill Plus

1. ‌Clean the measuring instrument and set the position of the Aero-Mill cutter
2. ‌Release ③Blade screw first, then joint slightly by 2Nm
3. ‌Rotate the ④Adjust screw right direction and adjust it up to -20μ (dial gage)
4. ‌Joint ③Blade screw tightly by 10Nm
5. ‌Adjust it to the zero tolerance by rotating ④Adjust screw to the right direction
※ When you rotate ④Adjust screw to the right direction, blades move to upper direction

1. ‌Please use OHP film to protect PCD blade when you adjust 2. ‌Please rotate the adjust screw to right direction only.
tolerance. It can cause chipping during adjusting run-out When you exceed zero tolerance, should release cartridge
screw first and rotate adjust screw to left direction, then rotate
it to right and adjust again

27
 ●Cutting test case

Ladder Frame
(Aluminum alloy ADC12)

vc = 2.356m/min
fn = 0.042mm/min
ap = 0.039(Main side)
0.157(Projecting part)
wet (Internal and external coolant)
20% 80% Aero Mill Plus
less
Tools : PCD Blade BAMPR-XAF 100% Competitor
Cutter APDM125R-PB10Z (10flute)
Production costs(%)

Timing Cover
(Aluminum alloy ADC12)

vc = 1.760m/min
fz = 0.052mm/min
ap = 0.039(Main side)
0.157(Projecting part)
wet (through coolant)
1.2 times 13,000개 Aero Mill Plus
more
Tools : PCD Blade BAMPR-XAF 10,350개 Competitor
Cutter APDM080R-PB5Z (5flute)
Pcs(ea)

28
APD(M) - PB
AA
90°

32
32
Fig. 1 Fig. 2 Fig. 3 Fig. 4
(mm)

Designation Max ØD ØD1 Ød a b E F ap Fig.

APD(M)-PB 080R/L-PB6Z 6 10 80 77 25.4(27) 9.5(12.4) 6(7) 23.5 50 5 0.55 1
080R/L-PB8Z 8 10 80 77 25.4(27) 9.5(12.4) 6(7) 23.5 50 5 0.55 1
100R/L-PB6Z 6 12 100 97 31.75(32) 12.7(14.4) 8 34(32) 50 5 0.92 2
100R/L-PB8Z 8 12 100 97 31.75(32) 12.7(14.4) 8 34(32) 50 5 0.92 2
125R/L-PB8Z 8 14 125 122 38.1(40) 15.9(16.4) 10(9) 40(35) 63 5 1.9 2
125R/L-PB10Z 10 14 125 122 38.1(40) 15.9(16.4) 10(9) 40(35) 63 5 1.9 2
160R/L-PB10Z 10 20 160 157 50.8(40) 19.0(16.4) 11(9) 41(35) 63 5 3.3 2
160R/L-PB12Z 12 20 160 157 50.8(40) 19.0(16.4) 11(9) 41(35) 63 5 3.3 2
200R/L-PB12Z 12 26 200 197 47.625(60) 25.4(25.7) 14 40 63 5 4.0 3
250R/L-PB16Z 16 32 250 247 47.625(60) 25.4(25.7) 14 40 63 5 6.5 3
315R/L-PB18Z 18 42 315 312 47.625(60) 25.4(25.7) 14 40 63 5 11.3 4
( )Metric Size

●Available Inserts
BAMPR-XAF BAMPR-XAW BAMPR-XAWR

PCD Application range

Designation Application
DP150 Finish machining Rough machining
BAMPR-XAF Facing  △ ◯
BAMPR-XAW Wiper (Flat)  ◯ x
BAMPR-XAWR Wiper (Radius)  ◯ x
◯ : Suitable, △ : Available, X : Not applicable

●Available Arbors
Designation NC Arbors
APD(M)080R/L-PB▢▢Z BT▢▢-FMA25.4(FMC27)-▢▢
APD(M)100R/L-PB▢▢Z BT▢▢-FMA31.75(FMC32)-▢▢
APD(M)125R/L-PB▢▢Z BT▢▢-FMA38.1(FMB40)-▢▢
APD(M)160R/L-PB▢▢Z BT▢▢-FMA50.8(FMB/FMC40)-▢▢
APD(M)200R/L-PB▢▢Z
APD(M)250R/L-PB▢▢Z BT▢▢-FMA47.625(FMB60)-▢▢
APD(M)315R/L-PB▢▢Z

●Parts
Blade screw Blade adjustable screw Al-body protecting tap Balancing screw Wrench for insert Wrench for cartridge

ETKA0620 AZ0514-SPN6 UZD1010 KHE0610 SPN-6 TW25-100

29
 KMP(M)
●Code System

K M P ( M) 300 R - B 6Z

KORLOY Milling AA 90° Diameter(Ø) Blade type

Inch type : None Hand(R/L) Number

Metric type : M of tooth

●Application Range ●Recommended Cutting Speed

Depth of cut, ap (mm)

5000
Cutting speed, vc (m/min)

6.0
4000
5.0
3000 Aluminum alloy
4.0
Aluminum alloy 2000 Si 13% less
3.0
2.0 1000
Aluminum alloy
1.0 500 Si over 13%

0.05 0.1 0.15 0.2 0.3 0.1 0.2 0.3

Feed, fz (mm/t) Feed, fz (mm/t)

●Max. RPM
Diameter (mm) Max. revolution (rpm) Diameter (mm) Max. revolution (rpm)

Ø80 20,000 Ø200 10,000

Ø100 18,000
Ø250 8,000
Ø125 16,000

Ø160 13,000 Ø315 7,000

30
●Assembly structure of cutter

Blade screw
Blade adjust screw

Chip cover set screw

PCD Blade
Chip cover
Blade set screw Aluminum-protecting
heli-sert

●Features
1. The lightweight body of aluminum alloy keeps the main spindle from having overload in high speed machining.
2. The cutter specifically designed for PCD blades has now increased number of corners. Special aluminum alloy
of which material property has high toughness was employed to provide strong cutting performance.
3. Wide chip pocket areas are applicable for finishing or roughing aluminum alloy.
4. Cutter damage problem has been solved by the use of chip covers in high speed machining.

Weight
Reduced
Costs 30%
save
Steel body chip cover Light coolant bolt
- Protects aluminum body - Exclusive light coolant bolt
- Saves maintenance costs due to - Tool weight 30% save
the replaceable cover

31
 Milling Cutter
KMP(M)

32
KMP(M) AA
90°

32
32
Fig. 1 Fig. 2 Fig. 3 Fig. 4
(mm)
Max
Designation Max ØD ØD1 Ød a b E F ap Fig.
rpm
KMP(M) 080R/L-B6Z 6 8 80 76 25.4(27) 9.5(12.4) 6(7) 25(22) 50 5 25000 0.75 1
100R/L-B8Z 8 10 100 95 31.75(32) 12.7(14.4) 8 32(28) 50 5 21000 0.95 2
125R/L-B10Z 10 12 125 120 38.1(40) 15.9(16.4) 10(9) 38(30) 63 5 18000 1.8 2
160R/L-B12Z 12 18 160 155 50.8(40) 19.0(16.4) 11(9) 38(30) 63 5 14500 2.9 2
200R/L-B12Z 12 24 200 195 47.625(60) 25.4(25.7) 14 38 63 5 12000 4.0 3
250R/L-B15Z 15 30 250 245 47.625(60) 25.4(25.7) 14 38 63 5 9000 6.3 3
315R/L-B18Z 18 38 315 310 47.625(60) 25.4(25.7) 14 38 80 5 7000 11.3 4

( )Metric Size

●Available Inserts
BKMPMR-XAF BKMPMR-XAWR

PCD Application range

Designation Application
DP150 Finish machining Rough machining
BKMPMR-XAF Facing  △ ◯
BKMPMR-XAWR Wiper (Radius)  ◯ x
◯ : Suitable, △ : Available, X : Not applicable

●Available Arbors
Designation NC Arbors
KMP(M)080R/L-B6Z BT ▢▢-FMA25.4(FMC27)-▢▢
KMP(M)100R/L-B8Z BT ▢▢-FMA31.75(FMC32)-▢▢
KMP(M)125R/L-B10Z BT ▢▢-FMA38.1(FMB40)-▢▢
KMP(M)160R/L-B12Z BT ▢▢-FMA50.8(FMB/FMC40)-▢▢
KMP(M)200R/L-B12Z
KMP(M)250R/L-B15Z BT ▢▢-FMA47.625(FMB60)-▢▢
KMP(M)315R/L-B18Z

●Parts
Chip cover Chip cover Screw Adjust Screw Balancing screw Balancing screw Wrench for insert Wrench for cartridge

CKMPMR/L-MP PTMA0411 AZ0514 BHA0619-NYLOK KHE0610 HW30L HW50

33
 PCD TOOLS
Endmill

Endmill
KORLOY PCD Endmills guarantee long tool life and
high productivity by shortening overall cycle time with
diamond edge application

• High rake angle insert reducing burr creation

• High speed and high efficiency machining
• Improved surface finish
• Ideally suited for finishing non ferrous metals and machining
reinforced plastics

34
●Code System

PDE 2 080

PCD Endmill No. of Flute Diameter(Ø)

●Recommended Cutting Condition

Work piece vc(m/min) rpm fz(mm/t)

Aluminum Alloy, Copper 30 ~ 300 2,000 ~ 12,000 0.02 ~ 0.07

Reinforced Plastic 35 ~ 300 2,800 ~ 16,000 0.04 ~ 0.12
Carbon steel, Graphite 10 ~ 100 5,300 ~ 16,000 0.04 ~ 0.2

PDE1000/2000

(mm)

Designation ØD Ød ℓ L

PDE 1040 4 6 15 45
1050 5 6 15 50
1060 6 6 20 60
2060 6 8 20 60
2070 7 8 20 60
2080 8 8 20 60
2090 9 10 25 70
2100 10 10 25 70
2120 12 12 25 75

35
 PCD TOOLS
Drill

Drill
KORLOY PCD drill guarantees excellent cutting
performance and tool life in aluminum alloy machining
with full or partial diamond application on the tip

• Improved surface roughness and hole tolerance

• High precision hole making tool ideally suited for aerospace
components or composite materials
• Hole making capability complying with the demanding IT tolerance level 7~8
• Longer tool life and higher productivity
• Stepped drill design for a sharp cut with lower cycle time

36
●Code System

PDD 0650
PCD Drill Diameter(Ø)

●Recommended Cutting Condition

Work piece vc(m/min) fz(mm/t)

Aluminum Alloy 50 ~ 250 0.05 ~ 0.20 / 0.10 ~ 0.40

PDD

(mm)

Designation ØD Ød ℓ L

PDD 0500 5.0 5.0 30 80

0550 5.5 5.5 30 80
0600 6.0 6.0 30 80
0650 6.5 6.5 40 95
0700 7.0 7.0 40 95
0750 7.5 7.5 45 100
0800 8.0 8.0 45 100
0850 8.5 8.5 50 110
0900 9.0 9.0 50 110
0950 9.5 9.5 55 115
1000 10.0 10.0 55 115
1050 10.5 10.5 60 120
1100 11.0 11.0 60 120
1150 11.5 11.5 65 125
1200 12.0 12.0 65 125

37
 PCD TOOLS
Reamer

Reamer
KORLOY’s PCD Reamer guarantees excellent surface finish
and high accuracy for economical machining

• Using PCD tools significantly improves tool life (10 times longer than the carbide type)
• Excellent surface finish and high accuracy with small margins of error
• High cutting angle shortens cutting time and increases productivity
• Custom tools provided in various forms according to our customers’ cutting environment
• Multi-stage geometry integrated with copying form enables the possibility of machining
multiple holes at once
• Ability to produce clean unburned surfaces at cutting speeds over 300m/min
• Stable machining even with water-soluble emulsion type cutting fluid

Specifications PCD Reamer Carbide Reamer

Cutting speed, vc(m/min) 120 120
Feed rate, fn(mm/rev) 0.2 0.2
Diameter increase(mm/hole) 0.4 0.4
Cutting fluid Water-soluble Oil

exellent
Surface roughness (Rz) 3 8
Roundness 5 exellent 10

38
●Code System

PDR 2 032
PCD Reamer No. of Flute Diameter(Ø):
070 :Ø70

●Recommended Cutting Condition

Work piece vc(m/min) fz(mm/t)

Aluminum Alloy 50 ~ 250 0.05 ~ 0.20

PDR

(mm)

Designation ØD Ød ℓ L

PDR 2050 2 5.0 6.0 30 65

2060 2 6.0 6.0 40 75
2070 2 7.0 8.0 40 75
2080 2 8.0 8.0 40 75
2090 2 9.0 10.0 40 85
2100 2 10.0 10.0 40 85
2120 2 12.0 12.0 50 95
2140 2 14.0 16.0 50 95
2150 2 15.0 16.0 50 100
4160 4 16.0 16.0 50 100
4180 4 18.0 20.0 60 110
4200 4 20.0 20.0 60 110

39
 PCD TOOLS
Form Cutter

Forming Tool
KORLOY PCD Forming Tools are the solution
to today’s increased complexity of workpieces’
shapes, while shortening cycle time

• Increased productivity due to long tool life and excellent

surface finish
• Shortens cycle time using complex forms combining
copying and multi-stage design

※ Forming tools will be made to order

Mono Tool
KORLOY PCD Mono Tools are ideal for high precision
machining due to its structure with integrated arbors

• Standard through coolant type

• Good performance in roughing as well as finishing
• Balance level : G2.5
• Surface roughness(Rz) : 3~25㎛

40
●Code System

PDF 6 032 - HSK63A

PCD Face Cutter Blade No. Diameter(Ø) Shank size

●Recommended Cutting Condition

Work piece vc(m/min) fz(mm/t) ap(mm)

Aluminum Alloy, Copper 200 ~ 2,000 0.02 ~ 0.1 0.05 ~ 4.0

PDF4000/6000 90°
AA

(mm)

Designation ØD r ap ℓ L

PDF 4032-HSK50A 4 32 0.5 8 50 120

4040-HSK50A 4 40 0.5 8 50 120
4032-HSK63A 4 32 0.5 8 50 120
4040-HSK63A 4 40 0.5 8 50 120
4050-HSK63A 4 50 0.5 8 50 120
6063-HSK63A 6 63 0.5 12 - 100
6063-HSK100A 6 63 0.5 12 - 100

41
 PCD TOOLS
Saw

Saw
KORLOY PCD Saw is ideal for high speed and high precision machining of
non-ferrous metal — a metal, including alloys, that does not contain iron
(ferrite) in appreciable amounts, such as copper, aluminum, magnesium, etc.

•피삭재의 조도와 홀 공차를 향상

•항공기 소재 또는 복합재료에 최적화된 고정도 홀가공용 공구
•작업이 까다로운 IT 등급 7~8급 홀가공 가능

42
●Code System

PDS 40 255 25 - 25.4

PCD Saw Blade No. External Thickness Internal

Diameter Diameter

●Recommended Cutting Condition

Work piece vc(m/min) fz(mm/t) ap(mm)

Aluminum Alloy, Copper 100 ~ 200 0.02 ~ 0.1 0.05 ~ 2.0

PDS

(mm)

Designation ØD Ød T

PDS PDS4025525-Ød 40 255 20/25.4/31.75 2.5

PDS4025530-Ød 40 255 20/25.4/31.75 3.0
PDS4825525-Ød 48 255 20/25.4/31.75 2.5
PDS4825530-Ød 48 255 20/25.4/31.75 3.0
PDS6025525-Ød 60 255 20/25.4/31.75 2.5
PDS6025530-Ød 60 255 20/25.4/31.75 3.0
PDS8025525-Ød 80 255 20/25.4/31.75 2.5
PDS8025530-Ød 80 255 20/25.4/31.75 3.0
PDS4030525-Ød 40 305 20/25.4/31.75 2.5
PDS4030530-Ød 40 305 20/25.4/31.75 3.0
PDS6030525-Ød 60 305 20/25.4/31.75 2.5
PDS6030530-Ød 60 305 20/25.4/31.75 3.0
PDS8030525-Ød 80 305 20/25.4/31.75 2.5
PDS8030530-Ød 80 305 20/25.4/31.75 3.0

43
 Special PCD Tool Order Form

PCD Drill

Fig.1 Fig.2

Designation Fig. ØD Ød α° β°( ) ℓ1 (ℓ) ℓ2 L

PDDS

PCD Reamer

Fig.1 Fig.2

Designation Fig. Blade No. ØD1(ØD) ØD2( ) Ød a( ) ℓ1 (ℓ) ℓ2 ( ) ℓ3 ( ) L

PDRS

PCD Endmill

Fig.1 Fig.2

Designation Fig. Blade No. ØD Ød r a ℓ L

PDES

44
 ※ Unspecified tolerance would follow our standards

PCD Ball Endmill

Designation Blade No. ØD Ød R a ℓ L

PDBES

PCD Face Cutter

Fig.1 Fig.2

Designation Fig. Blade No. ØD R a ℓ L

PDFS

PCD Saw

Designation Blade No. ØD Ød T

PDSS

45
 Holystar B/D, 1350, Nambusunhwan-ro, Geumcheon-gu, Seoul, 08536, Korea
Tel : +82-2-522-3181 Fax : +82-2-522-3184, +82-2-3474-4744 Web : www.korloy.com E-mail : export@korloy.com

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Tel : +1-310-782-3800 Toll Free : +1-888-711-0001 Fax : +1-310-782-3885 Tel : +91-124-4391790 Fax : +91-124-4050032
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Gablonzer Str. 25-27, 61440 Oberursel, Germany Av. Aruana 280, conj.12, WLC, Alphaville, Barueri,
Tel : +49-6171-277-83-0 Fax : +49-6171-277-83-59 CEP06460-010, SP, Brasil
www.korloyeurope.com E-mail : sales@korloyeurope.com Tel : +55-11-4193-3810 E-mail : vendas@korloy.com

PC01-EM-02 / 20170510