H550Xd1

Horizontal Compact Machining Center

H
New style of SPEEDIO
Horizontal Compact Machining Center now available
The H550Xd1 horizontal machining center with a BT30 spindle provides high productivity and excellent
environmental performance.
Ample jig area and a newly developed 30-tool magazine enable multi-face machining of large or long workpieces.
The H550Xd1 further expands the coverage of the SPEEDIO.

Cutting Out the Waste H550Xd1

Basic specifications
Max. spindle speed (min-1) 12,000 / 16,000 (optional)
/ 10,000 high-torque (optional)
Travels (X, Y, Z) (mm) X 550 Y 400 Z 400
Travels (B) (deg.) 360
Tool storage capacity (pcs.) 30
Rapid traverse rate (X, Y, Z) (m/min) X／Y／Z 50／56／56
Indexing feed rate (B) (min-1) 100
Required floor space (mm) 1,557 x 2,743
BT dual contact spindle (BIG-PLUS) Optional
Coolant Through Spindle Optional
 H550Xd1 Application

Highly efficient machining of large/long workpieces

Large workpiece Multi-face machining

by BT30 spindle horizontal machining center Jig mounting examples

Ample jig area, standard-provided B-axis table, and
Taking advantage of the high productivity feature of the BT30 spindle horizontal machining center, 30-tool magazine that can support maximum tool
the H550Xd1 achieves highly efficient machining of large or long workpieces. length of 250 mm enable machining of large
workpieces (e.g. gearcase, aluminum wheel) or long
This machine supports a broad range of applications to further expand the coverage of SPEEDIO range.
workpieces (e.g. steering parts), and multi-face
machining of small workpieces.

Automobile

EV gearbox housing
Aluminum alloy
Size: 450 x 300 x 130

EV gearcase
Aluminum alloy
Size: 470 x 420 x 200

Aluminum wheel
Aluminum alloy
Size: φ550 x 230

ABS valve housing

Aluminum alloy
Size: 90 x 70 x 30

Inverter case
Aluminum alloy
Size: 440 x 245 x 100
Steering rack housing
Aluminum alloy
Battery case Size: 520 x 170 x 130
Aluminum alloy
Size: 500 x 320 x 100

3 4
 H550Xd1 Features of Horizontal Machining Center
30-tool magazine

Highly productive horizontal machining center enables

machining of large/long workpieces
Highly productive horizontal machining center using a BT30 spindle and is equipped with ample jig area,
30-tool magazine, and high-speed B-axis table
This enables machining of large or long workpieces that was not possible on conventional BT30 machines.

Jig area Space saving

Ample jig area of ø600 x 580 mm has been achieved. *1 Machine dimensions are 1,557 mm in width and 2,990 mm in depth, achieving
Can be expanded to ø800 mm by moving the tool to a safe position, etc. *2 reduction in space while maintaining ample jig and machining areas.
This enables a large or long workpiece to be mounted.

Installation space

φ600mm 0m m X-axis travel 550mm

4.7m l 40
2 *3
trave
xis
Z-a
Space required for
typical BT40 horizontal MC *4
Y-axis travel
580mm 400mm
Approx. 20%
less *4

Depth
2990mm *3
*1. Interference area is created depending on the tool length or tool diameter.
Width 1557mm *3. Dimension including coolant tank
*2. The tool must be moved to a safe position when the B-axis rotates or the tool length is restricted. *4. Compared to BT40 horizontal MC with equivalent
travels

B-axis table 30-tool magazine B-axis table

The B-axis table with a roller gear Equipped with the newly
cam mechanism is developed direct ATC type
standard-provided, achieving a 30-tool magazine.
fast rotary speed of 100 min-1. Supports maximum tool length of
Output
shaft
The table size is 400 x 400 mm, 250 mm, maximum tool diameter
Cam follower
Preload Preload and the maximum loading of 125 mm, and maximum tool
capacity is 300 kg. This enables weight of 4 kg, enabling a variety
handling of a heavy workpiece or of machining, including long
Input shaft
jig while maintaining high-speed workpieces.
performance.

B-axis rotary speed Loading capacity

Max. tool length Max. tool diameter Max. tool weight

100min-1 Max. 300kg 250mm 125mm*5 4kg

*5. When attaching an adjacent tool, the total diameter of a tool and its adjacent tool must be less than 130 mm.

5
 H550Xd1 Productivity

Untiring pursuit of high productivity by achieving faster and

optimized operation through machine/controller integrated development
Overwhelming high productivity has been achieved by utilizing advantages of machine/controller integrated development,
such as fast acceleration/deceleration spindle, faster and optimized tool change operation, and inertia estimation function.

Fast acceleration/deceleration spindle High-speed tool change

Using a low inertia spindle and high acceleration/deceleration spindle motor has By utilizing the advantages of machine/controller integrated development, high-speed
achieved faster spindle start/stop. tool change has been achieved by fast acceleration/deceleration and optimized operation.

Spindle start/stop time Tool change time

0.15s or less *1 T-T 1.1s C-C 2.4s

*1. Value of high-torque spec.

High-speed B-axis table indexing

A roller gear cam mechanism is used for the B-axis table to achieve both durability B-axis table indexing time *2
and high-speed performance. A maximum rotary speed of 100 min-1 enables
high-speed indexing. 0→90 1.0s
Wasted time is further reduced by simultaneously performing tool change and
B-axis indexing.
0→180 1.1s
In addition, machining can be performed only by the holding torque with motor *2. Value in standard inertia mode

without using the clamp mechanism depending on the machining load.

B-axis table inertia estimation function Starts with high acceleration

Provided with an inertia estimation function that estimates the inertia of a jig Low inertia
mounted on the B-axis table. This optimally controls acceleration according to the
level of inertia, leading to the improvement of productivity. *3
*3. Parameter setting needs to be changed.

High inertia Starts with low acceleration

7
 H550Xd1 Machining Capability Machining capability ADC Cast iron Carbon steel

Drilling 12,000min-1 D30 x 0.2 (1.18 x 0.008) D30 x 0.15 (1.18 x 0.006) D22 x 0.1 (0.87 x 0.004)

10,000min-1 high-torque D33 x 0.2 (1.30 x 0.008) D33 x 0.15 (1.30 x 0.006) D24 x 0.1 (0.94 x 0.004)
Tool diameter mm(inch) x
Feed mm(inch)/rev 16,000min -1
D23 x 0.2 (0.91 x 0.008) D23 x 0.15 (0.91 x 0.006) D19 x 0.1 (0.75 x 0.004)

Tapping 12,000min -1
M27 x 3.0 (1-8UNC) M24 x 3.0 (7/8-9UNC) M20 x 2.5 (3/4-10UNC)

High machining capabilities achieved by highly efficient 10,000min-1 high-torque M36 x 4.0 (1 3/8-6UNC) M33 x 3.5 (1 1/4-7UNC) M27 x 3.0 (1-8UNC)
Tool diameter mm(inch) x

spindle motor and optimal machine design

Pitch mm(inch) 16,000min-1 M22 x 2.5 (7/8-9UNC) M22 x 2.5 (7/8-9UNC) M16 x 2.0 (5/8-11UNC)

Facing 12,000min-1 1,200 (73.2) 101 (6.2) 77 (4.7)

10,000min high-torque
-1
1,920 (117.2) 358 (21.8) 232 (14.2)
The machine is equipped with a highly efficient high-power spindle motor, including a newly developed 12,000 min-1 standard spindle motor, and newly developed highly rigid spindle.
Cutting amount
16,000min-1 960 (58.6) 83 (5.1) 54 (3.3)
CAE analysis technologies accumulated through the development of the SPEEDIO series have achieved both high speed and high rigidity of the machine. cm3/min (inch3/min)

*Data obtained from tests conducted by Brother.

The machine demonstrates high machining capabilities as it supports a 7MPa high-pressure coolant system and is equipped with a B-axis table with high clamp torque. *These values are when the X/Y axes are at their travel center.
The above machining capabilities may not be achieved under some conditions, depending on usage environment, tools in use, and coolant, etc.

Highly efficient spindle motor Optimal machine design and highly rigid spindle
The machine is equipped with a highly efficient spindle motor with a newly developed 12,000 Both high speed and high rigidity of the machine has been achieved by optimizing the cast
min-1 spec. (standard) or 10,000 min-1 high-torque (max. 92 N·m) spec. (optional). As the spindle shape utilizing CAE analyses. A newly developed spindle provides higher clamp force than
can provide high torque in the medium- and high-speed range, the machine demonstrates its that for previous SPEEDIO models. In addition, the high-torque spindle features the
full capabilities at high-speed with highly efficient machining of aluminum or steel. SPEEDIO’s largest bearing diameter. With these improvements, the machine demonstrates
high machining capabilities from highly efficient machining to heavy-duty machining.
Motor torque characteristics

92Nm
High-torque spec.
Torque (N·m)

40Nm

Standard spec.

Spindle speed (min-1) 10,000 12,000

12,000 min-1 (standard)

Max. torque 40N・m Max. output 18.9kW

10,000 min-1 high-torque (optional) CAE analysis (image)

Max. torque 92N・m Max. output 26.2kW

7 MPa Coolant Through Spindle (CTS) (optional) *1 B-axis clamp torque

The CTS option can be selected from 3 MPa or 7 MPa. With this option, the machine A roller gear cam mechanism is used for the B-axis table. The mechanical clamp
can operate to its fullest potential in high-speed drilling or deep-hole drilling. plus servo clamp mechanism provides high clamp torque. This enables the
*1. 7 MPa CTS option is available only for the BBT spec. machine to demonstrate high machining capabilities in high-load machining.

B-axis clamp torque

670N・m *2
*2. Value of mechanical clamp (at pneumatic 0.5 MPa)
plus servo clamp

B-axis clamp

9
 H550Xd1 Operability

Equipped with new “CNC-D00” controller for improved usability

Enhanced ease of setup and workpiece change
Intuitive operation is possible with new apps and 15-inch vertical LCD touch panel display.
Waste-free operation is possible in setup, machining adjustment, production, and recovery process, leading to improved work efficiency and operating rate.
Operability has been enhanced by locating the operation panel on the side of the machine.

New user interface Workability

Usability has been greatly improved by grouping relevant functions, creating new The operation panel is located on the side of the machine to enhance visibility and
support apps that are intuitive with improved operability and visibility, providing make setup easier. In addition, a large front door opening width is secured, and a
useful accessories (calculator, notebook, file viewer etc.), and making operation on rotary table switch (optional) has been prepared to make workpiece change easier.
conventional screens possible on the touch panel.

Rotary table
switch

Front door opening width

658mm
List of support apps Conventional screen (position screen)

Machining adjustment
Setup support Production support Recovery support
support
Equipped with functions to easily perform Equipped with functions to easily perform optimal Equipped with functions to improve the operating Equipped with functions to prevent
setup, such as an ATC tool app that enables all machining adjustment to improve productivity, rate, such as real time tool monitoring to eliminate failure or ensure quick recovery, such
Home screen
magazine tool settings to be performed on one such as a machining parameter adjustment app defects, displaying production performance, power as maintenance time notice, displaying
screen, menu programming that enables you to that enables you to easily adjust parameters consumption etc. as a graph, and PLC/network details when an alarm occurs, and Information required for production, such as workpiece counter and tool life, is
create NC programs by following instructions according to machining details and a machining functions to meet peripheral equipment and guidance for recovery/check work. collected on the home screen. Shortcut keys are provided for screens frequently
on the screen, and an on-screen help function. load waveform display/saving function. automation requirements. used so you can open them by one touch.

Remaining/Elapsed
machining time

Workpiece counter
Program

Tool life
Support apps/
Shortcut keys

Screen keys
ATC tool app Waveform display app Production performance app Recovery support app iF DESIGN AWARD is hosted and judged by the iF International Forum Design GmbH, in Germany.
This is one of the most prestigious international design competitions and has been running since 1953.

11
 Magazine cover
H550Xd1 Reliability and Environmental Performance
Chip shower (side of machine)

Reliability that ensures high productivity

Provides high environmental performance to contribute to carbon neutrality
High reliability has been achieved by thorough evacuation and efficient handling of chips, and maintenance functions to prevent failures.
Low power and air consumption greatly reduces CO2 emissions, providing high environmental performance.

Head shower

Chip evacuation performance Tool washing,

Designed to enhance chip evacuation performance to prevent problems caused by chips. air-assisted type

Center trough structure Head shower Magazine cover Chip conveyor (optional)
The inclined base and the center (optional) *1 ATC shutter The hinge and scraper type chip
trough structure effectively evacuate A head shower is available to remove The magazine is separated from the conveyor with drum filter evacuates
chips that fall on the base to the chips from the spindle head. machining area by a shutter to chips in a variety of sizes and shapes.
outside of the machine. *1. Included with the coolant nozzle (optional). minimize the effect of chips on tools.
Chip shower (optional)
Chip shower pipes are located at the upper
section inside the machine for more efficient
flow, and flexible shower nozzles can be
directed to the side of the machine cover or
sections where chips tend to accumulate.
Center trough structure
Roof-shape telescopic cover
Tool washing, air-assisted
type (optional)
When changing tools, air-assisted high
discharge pressure and discharge amount Chip shower (front of machine)
steadily remove chips attached to the holder.

Reliability and maintenance functions

The machine is equipped with many maintenance functions that can prevent possible defects in production sites, and functions that assist with recovery in the case of problems.
Environmental performance
Provides excellent environmental performance, including low power and air consumption, to achieve carbon neutrality.
ATC tool monitoring Machining load monitoring Maintenance notice Alarm log
The presence of a spindle tool is Machining load applied to the spindle Notifies operators of maintenance Displays alarm log details to help
Low power consumption Low air consumption
checked before and after tool change is monitored to issue an alarm when related issues in advance, such as identify the cause.
In addition to the low inertia spindle and highly efficient spindle motor, the machine Air related functions have been reviewed and optimized to eliminate any waste,
without using a sensor. the load is not within the preset range. greasing time.
is equipped with various energy saving functions to lower power consumption. leading to reduction in air consumption.

Power regeneration system Power consumption app Air purge

Reuses the energy generated when Current and past power consumption A highly airtight structure achieved
the servomotor decelerates. can be checked. through repeated flow rate analysis
reduces the amount of air used.
Highly efficient spindle motor
Energy-saving pump
LED work light
Energy-saving NC functions
Automatic coolant off Spindle air blow
Automatic work light off Amount of air used is reduced by
Standby mode discharging three times the conventional
Automatic power off volume of air only when required.

13
 H550Xd1 Options

Chip conveyor Coolant tank with chute Coolant Through Spindle (CTS) Head coolant nozzle with head shower Automatic oil lubricator Automatic grease lubricator Automatic door with switch panel 10 holes Area sensor
A two-step structure (hinged plate and Coolant flows through the chute to evacuate Can be selected from 3 MPa or 7 MPa. Coolant can reliably be applied to the Regularly applies oil to all lubricating points Regularly applies grease to all lubricating A motor-driven door is used, achieving Optical area sensors are used. Use area
scrapper) is used, enabling evacuation of chips. The chute can be separated from the Pump and tank are not included. machining section as the tool and nozzles on the three axes. points on the three axes. smooth operation. sensors to prevent operators being caught
chips in a variety of sizes and shapes. An oil coolant tank, making maintenance easier. * 7 MPa CTS option is available only for the are set in place. In addition, a head shower * Automatic oil lubricator or automatic * Automatic oil lubricator or automatic in the automatic door.
skimmer can be added. BBT spec. is provided to remove chips from the head. grease lubricator must be selected. Manual grease lubricator must be selected. Manual
greasing is not available. greasing is not available.

Ceiling piping

Rotary joint Chip shower Fixture shower valve unit Cleaning gun Manual pulse generator Tool breakage detector, touch type Rotary table switch Spindle override
Provided with 9+1 ports and built into the Chip shower pipes are located at the upper Consists of jig washing valves and pipes to Helps clean the workpiece or chips inside A cable is provided for the manual pulse A touch switch type tool breakage detector The B-axis table or additional axes can be Spindle speed can be changed without
B-axis table, making jig mounting easier. section inside the machine for more efficient the ceiling of the machine. Pipes from the the machine after machining. generator, making setup easier. Equipped is available. operated from the front of the machine. changing the program.
9 ports: Hydraulic (7 MPa) / Pneumatic (1 MPa) flow, and flexible shower nozzles can be machine to the required location must be with emergency stop and enable switches. Changing workpieces is easier when
1 port (center): Coolant (0.3 MPa) directed to the side of the machine cover or prepared by customers. performing multi-part machining or similar.
sections where chips tend to accumulate.

Main breaker

Terminal block

Tool washing, air-assisted type Side cover with transparent window Work light (2 lamps) Signal light (1, 2, or 3 lamps) Front switch panel (10 holes) Master on circuit Data protection switch, key type Power supply expansion 50A
High discharge pressure and flow rate External light is drawn in to make the inside LED lamps are used to extend lamp life and LED lamps are used. No maintenance A 10-hole switch panel is available so that Master on circuit and switch can be Changing the operation level is enabled or The capacity of the main breaker can be increased from
efficiently remove chips attached to the of the machine brighter and improve visibility. save energy. Locating two lamps at optimal required. Can be tilted to improve visibility. various switches, including automatic door attached. disabled by the key. 30A to 50A. The size of the relevant wiring increases
holder. Equipped with a filter clog warning positions helps work from the front or side open/close switches, can be located on the * A switch panel (8 holes or 10 holes) is accordingly. A terminal block for external equipment
function. of the machine. front of the machine. required separately. power supply is provided under the main breaker.
* Work light (1 lamp) can be selected.
●Coolant tank ●Work light (1 or 2 lamps) ●Parts name sticker set
1) Coolant tank with chute, 200L ●Signal light (1, 2, or 3 lamps) ●Origin alignment mark
2) Coolant tank with chute, 200L for 1.5 MPa CTS pump with cyclone filter ●Automatic oil lubricator ●100V outlet in control box
● Please read the instruction manuals and safety manuals before using Brother products for your own safety.
3) Chip conveyor tank, 360L ●Automatic grease lubricator ●Power supply expansion 50A
When using oil-based coolant or when machining materials which can cause a fire (ex. magnesium, resin), customers are requested to take thorough safety measures against fire. 4) Chip conveyor tank, 360L with oil skimmer ●Automatic door with switch panel 10 holes ●Transformer box
The types of cutting material, cutting tools, coolant, or lubrication oil may have an influence on the machine’s lifecycle. 5) Chip conveyor tank, 360L for 1.5 MPa CTS pump with cyclone filter ●Area sensor ●Specified color
6) Chip conveyor tank, 360L for 1.5 MPa CTS pump with cyclone filter and ●Switch panel (8 holes or 10 holes) ●EXIO board assembly
For further questions, please contact our sales representative.
oil skimmer ●Front switch panel (10 holes) 1) EXIO board, input 32/output 32, additional #1
● Leave 700 mm between machines as maintenance space.
●Coolant through spindle (CTS) piping, Max. 3 MPa ●Manual pulse generator with enable switch 2) EXIO board, input 32/output 32, additional #2
● When exporting our machine, the machine is deemed to be included in the “applicable listed items” controlled by the Foreign Exchange and Foreign Trade Law of Japan. When exporting the
●Coolant through spindle (CTS) piping, Max. 7 MPa ●Connector and hook for manual pulse generator with enable switch ●PLC programming software for D00
machine, please obtain required permissions, including an export license, from the Ministry of Economy, Trade and Industry (METI) or Regional Bureaus of Economy, Trade and Industry before ●Head coolant nozzle with head shower ●Tool breakage detector, touch type ●Industrial network
●Rotary joint, 9+1 ports ●Rotary table switch (for B-axis, for additional axes) 1) CC-Link, master station
shipment. When re-selling or re-exporting the machine, you may need to obtain permissions from METI, and the government of the country where the machine is installed.
●Chip shower ●Additional axis cable 2) CC-Link, remote device station
● When exporting our machine together with additional 1-axis rotary table (including case that a rotary table is scheduled to be installed overseas), as a machine conforming to Row 2 of Appended
●Tool washing, air-assisted type ●RS232C 25-pin connector at control box 3) PROFIBUS-DP, slave
Table 1 of Export Trade Control Order, a relocation detection device is installed on the machine depending on the destination country. After relocating the machine with the detection device, the ●Fixture shower valve unit ●Spindle override 4) DeviceNet, slave
machine is locked and any operation is temporarily impossible. ●Cleaning gun ●Master on circuit 5) PROFINET, slave
●Mesh basket for collecting chips ●Data protection switch, key type 6) EtherNet/IP, slave
Please inform your local distributor of machine relocation in advance and apply to perform the release operation of relocated machine.
●Side cover with transparent window, one side ●Folding door (two-door) ●Memory expansion 3 Gbytes
● In order to operate our machine with an additional axis rotary table installed separately overseas after exporting the machine, the procedure to activate the axis of rotary table is needed.

Please inform your local distributor of these processes in advance, because the predetermined procedure is required to perform the activation. In addition, for export to some countries and regions *The type of coolant may have a significant influence on the machine’s lifecycle. It is recommended to use high-lubricity (emulsion type) coolant.
other than “Group A countries”, it is not possible to install an additional 1-axis rotary table separately overseas after exporting the machine. Please make sure to obtain the export license of the Do not use chemical solution type (synthetic type) coolant, as it may cause damage to the machine.
machine together with additional 1-axis rotary table before shipment. *When using CTS (Coolant Through Spindle) function, do not use flammable coolant (ex. oil-based type).

15 16
 H550Xd1 External Dimensions / Specifications
838 (33.0) (1 door)
Table details Chute type Machine specifications

it)
400 (15.7) 381 (15.0)

lim
on )
rot (31.5
80 80 80 80 (2 doors)
Item H550Xd1/H550Xd1 RD *8

at i
ax 800
(3.1) (3.1) (3.1) (3.1)
.6)
(23 )

ø
is
00 rea
CNC Unit CNC-D00
ø6 ig a

(B-
(J X axis mm(inch) 550 (21.7)
24-M12P1.75 Depth24 (0.94) Y axis mm(inch) 400 (15.7)
+0.015 (+0.0006) Z axis mm(inch) 400 (15.7)
4-ø8 (0.31) H7 ( 0 ) Depth11 (0.43) Travels
B axis deg. 360
(3.1) (3.1) (3.1) (3.1)
80

Distance between table top and spindle center mm(inch)

550 (21.7) (X-axis travel)

100∼500 (3.9∼19.7)

120 (4.7) 120 (4.7)

Distance between table center and spindle nose end mm(inch) 150∼550 (5.9∼21.7)
400 (15.7)
80 80 80

Work area size mm(inch) 400 (15.7) x 400 (15.7)

2314 (91.1) 429 (16.9) Table Max. loading capacity kg(lbs) 300 (661)
2990 (117.7)
Max. table load inertia kg∙m2(lb∙inch2) 3.4 (11,618) [5.4 (18,453) *10]

275 (10.8)
3581 (141.0)
Spindle speed min-1 12,000min-1 specifications: 1~12,000, 16,000min-1 specifications (optional): 1~16,000
74.5 2743 (108.0) 64
10,000min-1 high-torque specifications (optional): 1~10,000
(2.9) 483.5 480 1350.5 (53.2) 429 (2.5) Speed during tapping min-1 MAX. 6,000
Spindle
(19.0) (18.9) 450 (17.7) (Door opening dimension) (16.9) Tapered hole 7/24 tapered No.30
50 50 BT dual contact spindle (BIG-PLUS) Optional
(2.0) (2.0)
Coolant Through Spindle (CTS) Optional
986 330 768.5 (30.3) 215 Rapid traverse rate (XYZ-area) m/min(inch/min) 50 x 56 x 56 (1,969 x 2,205 x 2,205)
(38.8) (13.0) (8.5) Feed rate Cutting feed rate mm/min(inch/min) X, Y, Z axis: 1~30,000 (0.04~1,181) *7
100（85 *10）

(Door opening dimension)

Indexing feed rate (B) min-1
Jig area

844.5 (33.2)
893 (35.2)
Tool shank type MAS-BT30

941 (37.0)
Pull stud type *4 MAS-P30T-2
ø600 (23.6) (Jig rotation area)

2152 (84.7)
Interference area when changing largest tool Tool storage capacity pcs. 30

(36.0)
915.5
(When tool dia. is 125 mm (4.9inch) and ATC unit
300 (11.8) 80 Max. tool length mm(inch) 250 (9.8)
tool length is 250 mm (9.8inch))

905 (35.6) (Table height)

(3.1) Max. tool diameter mm(inch) 125 (4.9) *11
Max. tool weight *1 kg(lbs) 4.0 (8.8) / tool, <TOTAL TOOL WEIGHT: 50 (110.2)>

894 (35.2)

719 (28.3)
Tool selection method Random shortcut method

511 (20.1)
Tool To Tool sec. 1.1
400 (15.7) (Y-axis travel)

Tool change time *5

580 (22.8) (Jig height)

50 (2.0)~60 (2.4)
* Figure: 55 (2.2)
142.5 (5.6)

Chip To Chip sec. 2.4

88 (3.5) 1203 (47.4) 99
(3.9) Main spindle motor (10min/continuous) *2 kW 12,000min-1 specifications: 10.1/7.0, 16,000min-1 specifications (optional): 7.4/5.1
Leveling

228.5 197 1615 (63.6) 850 (33.5)

(9.0) (7.8) Electric motor 10,000min-1 high-torque specifications (optional): 12.8/9.2
Axis feed motor kW X,Z axis: 1.0 Y axis: 1.8 B axis: 1.8
Power supply AC 200 to 230 V±10%, 3-phase, 50/60Hz±2%
Power capacity (continuous) kVA 12,000min-1 specifications: 9.5, 16,000min-1 specifications (optional): 9.5
Chip conveyor type Power source 10,000min-1 high-torque specifications (optional): 10.4
(3.9)
100

Regular air pressure MPa 0.4~0.6 (recommended value 0.5MPa *6)

Air supply
Required flow L/min 45
Height mm(inch) 2,497 (98.3)
Machine dimensions Required floor space*9 [with control unit door open] mm(inch) 1,557 x 2,743 [3,581] (61.3 x 108.0 [141.0])

1500 (59.1)
1680 (66.1)
250 (9.8)

874 (34.4)
550 (21.7)
(Max. tool length) Weight kg(lbs) 2,850 (6,284)
Accuracy of bidirectional axis positioning (ISO230-2:1988) X, Y, Z axis: 0.006~0.020 mm (0.00024~0.00079 inch)
150 (5.9) 400 (15.7) (Z-axis travel) Accuracy *3 (ISO230-2:2014) B axis: 28 sec or less
Repeatability of bidirectional axis positioning (ISO230-2:2014) X, Y, Z axis: Less than 0.004 mm (0.00016 inch) B axis: 16 sec or less
Table center
Standard accessories Instruction Manual (DVD 1 set), leveling bolts (4 pcs.), leveling plate (4 pcs.)

(12.3)
2314 (91.1) 429 (16.9) 381 (15.0) (2 doors) *1. Actual tool weight differs depending on the configuration and center of gravity. The figures shown here are for reference only. *2. Spindle motor output differs depending on the spindle speed.

313
3975 (156.5) *3. Measured in compliance with ISO standards and Brother standards. Please contact your local distributor for details. *4. Brother specifications apply to the pull studs for CTS. *5. Measured in
compliance with JIS B6336-9 and MAS011-1987. *6. Regular air pressure varies depending on the machine specifications, machining program details, or use of peripheral equipment. Set the
1557 (61.3) pressure higher than the recommended value. *7. Value when using high accuracy mode B. *8. The machine needs to be equipped with a relocation detection device depending on the destination.
1453 (57.2) 80 (3.1) 74.5 2743 (108.0) 64
(2.9) 1350.5 (53.2) (2.5) Machines equipped with a relocation detection device come with “RD” at the end of the model name. *9. Dimensions not including the coolant tank and chip conveyor. *10. Value in high inertia
658 (25.9) 337 483.5 480 429
(19.0) (18.9) 450 (17.7) (Door opening dimension) (16.9) mode. Parameter setting needs to be changed. *11. When attaching an adjacent tool, the total diameter of a tool and its adjacent tool must be less than 130 mm.
(Door opening dimension) (13.3)

986
(38.8)
330
(13.0)
768.5 (30.3) 215
(8.5) NC functions
(Door opening dimension)

127 128.5
(Door opening dimension)

(5.0) (5.1) Operation Dry run <Optional> Built-in PLC (LD/ST/FBD) NC language Menu programming
1049 (41.3)

893 (35.2)

Machine lock
844.5 (33.2)

High accuracy mode BII <Optional> functions Local coordinate system

941 (37.0)

Program restart (Look-ahead 1,000 blocks, CC-Link, master station Expanded workpiece coordinate system
2442 (96.1)
377 (14.8)

Rapid traverse override

2152 (84.7)

smooth path offset) CC-Link, remote device station One-way positioning

(36.0)
915.5

1860 (73.2)

Cutting feed override Monitoring Machining load monitoring PROFIBUS-DP, slave Inverse time feed
Background editing ATC tool monitoring DeviceNet, slave Programmable data input
905 (35.6) (Table height)

Screen shot
974.5 (38.4)

Overload prediction PROFINET, slave Tool length compensation

894 (35.2)
865 (34.1)

975 (38.4)

Operation level Waveform display / Waveform EtherNet/IP, slave Cutter compensation

719 (28.3)

External input signal key output to memory card Energy saving Automatic power off Scaling
Shortcut keys Heat expansion compensation Standby mode Mirror image
50 (2.0)~60 (2.4)
* Figure: 55 (2.2)

<Optional> system ll (X, Y, and Z axes) Automatic coolant off External sub program call
88 (3.5)
50 (2.0)~

914 (36.0) 1203 (47.4) Spindle override Production performance display Automatic work light off Macro
60 (2.4)

Leveling

1030 (40.6) 228.5 197 1615 (63.6) 203 1411 (55.6) 320 Programming Absolute / Incremental Tool life / Spare tool Chip shower off delay Operation in tape mode
(9.0) (7.8) (8.0) (12.6) Inch / Metric
mm (inch)
Maintenance Tap return function Support apps Adjust machine parameters Multiple skip function
Coordinate system setting Status log ATC tool <Optional>
NC unit specifications Corner C / Corner R Alarm log Tool life Submicron command
Rotational transformation Operation log Waveform display Interrupt type macro
CNC model CNC-D00 Memory capacity 500 Mbytes, 3 Gbytes (optional) Synchronized tap Maintenance notice Production performance Rotary fixture offset
Control axes 5 axes (X, Y, Z, 2 additional axes) (Total capacity of program and data bank) Subprogram Motor insulation resistance Power consumption Feature coordinates setting
Simultaneously Positioning 5 axes (X, Y, Z, 2 additional axes) External communication USB memory interface, Ethernet, RS232C (optional) Graphic display measurement Recovery support Involute interpolation
controlled axes Measurement Automatic workpiece measurement *1 Tool washing filter with filter Inspection
Interpolation Linear: 4 axes (X, Y, Z, 1 additional axis) No. of registrable programs 4,000 (Total capacity of program and data bank) Tool length measurement clogging detection PLC
Circular: 2 axes Program format NC language *Conversational language not available High speed and Machining parameter adjustment Battery-free encoder Accessories File viewer
Helical/Conical: 3 axes (X, Y, Z) high accuracy High-accuracy mode AIII Brake load test Notebook
*“Control axes” and “Simultaneously controlled axes” indicate the maximum number of axes, which will differ
High-accuracy mode BI Automatic / Computer remote Calculator
Least input increment 0.001 mm, 0.0001 inch, 0.001 deg. depending on the destination country and the machine specifications.
(look-ahead 160 blocks) Network OPC UA Register shortcut
Max. programmable dimension ±999999.999 mm, ±99999.9999 inch *Ethernet is a registered trademark of Xerox Corporation in the United States. Backlash compensation Auto notification Display off
Display 15-inch color LCD touch display *1. Measuring instrument needs to be prepared by users.

17
 Global Service Sites

Brother Technology Center Chicago Brother Technology Center Queretaro

BROTHER INTERNATIONAL CORP. BROTHER INTERNATIONAL DE MÉXICO, S.A. DE C.V.
2200 North Stonington Avenue, Suite 270, Hoffman Estates, IL 60169, U.S.A. Calle 1 No.310 Int 15, Zona Industrial Jurica, Parque Industrial Jurica,
PHONE:(1)224-653-8415 FAX:(1)224-653-8821 Queretaro, QRO C.P. 76100 México
PHONE:(52)55-8503-8760 FAX:(52)442-483-2667

Brother Technology Center Frankfurt Brother Technology Center Bangkok

BROTHER INTERNATIONALE INDUSTRIEMASCHINEN GmbH BROTHER COMMERCIAL (THAILAND) LTD.
Hoechster Str.94, 65835 Liederbach, Germany 317 Pattanakarn Road, Pravet Sub-District, Pravet District, Bangkok 10250, Thailand
PHONE:(49)69-977-6708-0 FAX:(49)69-977-6708-80 PHONE:(66)2321-5910 FAX:(66)2321-5913

Brother Technology Center Gurugram

Brother Technology Center Bengaluru
BROTHER MACHINERY INDIA PVT LTD.
BROTHER MACHINERY INDIA PVT LTD.
SB-111-112, 1st Stage, 2nd Cross, Peenya Indl Estate, Bengaluru - 560058 Karnataka, India Plot No. 60, Sector 34, HSIIDC, Gurugram, Haryana 122001, India
PHONE:(91)80-43721645 PHONE:(91)0124-4449900

Brother Technology Center Dongguan

Brother Technology Center Shanghai BROTHER MACHINERY (SHANGHAI) LTD.
BROTHER MACHINERY (SHANGHAI) LTD. Room 103, Building 1, No.2 Nanbo Road,
Unit 01, 5/F., No.799, West Tianshan Rd., ChangNing District Shanghai 200335, China Songshan Lake District, Dongguan City, Guangdong Province, China
PHONE:(86)21-2225-6666 FAX:(86)21-2225-6688 PHONE:(86)769-2238-1505 FAX:(86)769-2238-1506

Brother Technology Center Ningbo

Brother Technology Center Chongqing BROTHER MACHINERY (SHANGHAI) LTD.
BROTHER MACHINERY (SHANGHAI) LTD. 1F, Building 1, No. 102, Hongtang South Road West Section, Jiangbei District, Ningbo City,
Room 30, 31, NO.104 Cuibai Road, Dadukou District, Chongqing Province, 400084, China Zhejiang Province, China
PHONE:(86)23-6865-5600 FAX:(86)23-6865-5560 PHONE:(86)574-87781232 FAX:(86)574-88139792

Nanjing Office
BROTHER MACHINERY (SHANGHAI) LTD.
503 Room,Building No.1,No.39,Dongcun Road,Jiangning District,Nanjing City, Jiangsu Province, China
PHONE:(86)25-87185503
Figures in brackets ( ) are the country codes.

Please check here for detailed information

and the latest information of the base.

https://machinetool.global.brother/

Specifications may be subject to change without any notice.

Machinery Business Division

1-5, Kitajizoyama, Noda-cho, Kariya-shi, Aichi-ken 448-0803, Japan
https://www.brother.co.jp

The information in this catalogue is current as of June 2023. ver.2306