NZX4060 EB01V CC15 - DMG MORI Manufacturing USA...2 NZX4000/NZX6000 Large-scale high-efficiency...

NZX4000

NZX6000

High-Precision, High-Efficiency Multi-Axis Turning Center

NZX4000 / NZX6000

www.dmgmori.com

2 NZX4000/NZX6000

Large-scale high-efficiency 4-axis turning center that achieves

the ultimate in productivity with long and large diameter workpieces

Long and large diameter workpieces like oil well pipes indispensable for the oil and energy industries.

The NZX4000/NZX6000 have two turrets and demonstrate a high level of machining capability in the heavy-duty cutting of

long, large-diameter workpieces by capitalizing on the high rigidity and bar work capacity by utilizing the BMT (Built-in Motor

Turret) technology that provides a milling capability rivaling that of a No. 40 taper machining center.

With a wide variations of through-spindle holes available, making it possible to handle many types of workpieces,

this is the ultimate large-scale 4-axis turning center, even achieving high productivity.

NZX6000

CONTENTS

04 Main features

07 High precision

08 Machining ability

10 Improved workability, Maintenance/Peripheral equipment

12 MAPPS Ⅳ

16 Environmental performance

17 Diagrams

28 Specifications

BMT: Built-in Motor TurretMAPPS: Mori Advanced Programming Production System● Figures in inches were converted from metric measurements.

3NZX4000/NZX6000

4 NZX4000/NZX6000

C-axis

Basic structure

■ Travel

X2-axis

Z2-axis

Z1-axis

Y-axisX1-axis■ Y-axis (Y-axis specifications)Equipped with the Y-axis for Turret 1,

which is rare in its class, the machine

achieves process integration.

Main features

● Photo: NZX6000

High-rigidity trapezoidal bed Guideway width

With the largest width of

slideways in its class, we have

achieved stable cutting not

only for turning but also for

milling.

The basic structure using thick

trapezoidal bed offers high torsional

rigidity.

Conventional machine

NZX4000NZX6000

NZX4000 NZX6000

/1000 /2000 /1000 /2000 /3000 /4000

X-axisTurret 1 385 mm (15.1 in.) 485 mm (19.0 in.)

Turret 2 235 mm (9.2 in.) 340 mm (13.3 in.)

Y-axis <Y-axis specifications> Turret 1 ±70 mm (±2.7 in.) ±100 mm (3.9 in.)

Z-axisTurret 1 1,100 mm (43.3 in.) 2,100 mm (82.6 in.) 1,300 mm (51.1 in.) 2,150 mm (84.6 in.) 3,150 mm (124.0 in.) 4,150 mm (163.3 in.)

Turret 2 1,000 mm (39.3 in.) 2,000 mm (78.7 in.) 1,000 mm (39.3 in.) 1,990 mm (78.3 in.) 2,990 mm (117.7 in.) 3,990 mm (157.0 in.)

Main features

5NZX4000/NZX6000

Workpiece size

We have prepared a wide variety of through-spindle holes suitable for various long/large-diameter workpieces.

The spindle offers high output while keeping its size small by using the belt-less, gear driven structure.

Through-spindle hole diameter Spindle drive motor (30 min./cont) Max. spindle speed

φ145 mm (φ5.7 in.)Standard 37/30 kW (50/40 HP)

2,000 min-1

High output OP 45/37 kW (60/50 HP)

φ185 mm (φ7.2 in.) OP

Standard 37/30 kW (50/40 HP)

1,500 min-1High output OP 45/37 kW (60/50 HP)


φ285 mm (φ11.2 in.) OP

Standard 37/30 kW (50/40 HP)

1,000 min-1High output OP 45/37 kW (60/50 HP)


NZX4000

Through-spindle hole diameter Spindle drive motor (30 min./cont) Max. spindle speed

φ285 mm (φ11.2 in.)Standard 45/37 kW (60/50 HP)

1,000 min-1


φ375 mm (φ14.7 in.) OPStandard 45/37 kW (60/50 HP)

500 min-1


φ560 mm (φ22.0 in.) OPStandard 45/37 kW (60/50 HP)

350 min-1


NZX6000

Spindle

● Photo: NZX6000

mm (in.)

OptionOP

NZX4000 NZX6000

/1000 /2000 /1000 /2000 /3000 /4000

Max. turning diameterTurret 1 φ660 mm (φ25.9 in.) φ900 mm (φ35.4 in.)

Turret 2 φ460 mm (φ18.1 in.) φ670 mm (φ26.3 in.)

Max. turning lengthTurret 1 1,000 mm (39.3 in.) 2,000 mm (78.7 in.) 1,000 mm (39.3 in.) 2,000 mm (78.7 in.) 3,000 mm (118.1 in.) 4,000 mm (157.4 in.)

Turret 2 862 mm (33.9 in.) 1,862 mm (73.3 in.) 840 mm (33.0 in.) 1,840 mm (72.4 in.) 2,840 mm (111.8 in.) 3,840 mm (151.1 in.)

● Photo: NZX4000

1,000 2,000 3,000 4,000

φ660 (φ25.9)

φ900 (φ35.4)

NZX4000 NZX6000

NZX4000 NZX6000

6 NZX4000/NZX6000

Main features

Variations

Built-in Motor Turret (Milling or Y-axis specifications)

■ Turret temperature increases

Compared with conventional machine

■ Vibration amplitude

Compared with conventional machine

1/10 or less

1/3 or less

Original technology

BMT: Built-in Motor Turret

Specifications Through-spindle hole diameter Distance between centers Variations

NZX4000

Turning specifications

φ145 mm (φ5.7 in.)

1,000 mm (39.4 in.)/2,000 mm (78.7 in.) 6 modelsφ185 mm (φ7.2 in.)

φ285 mm (φ11.2 in.)

Milling specifications

φ145 mm (φ5.7 in.)


φ285 mm (φ11.2 in.)

Y-axis specifications(Milling＋Y-axis)

φ145 mm (φ5.7 in.)


φ285 mm (φ11.2 in.)

NZX6000


φ285 mm (φ11.2 in.) 1,000 mm (39.4 in.)/2,000 mm (78.7 in.)/3,000 mm (118.1 in.)/4,000 mm (157.5 in.) 10 modelsφ375 mm (φ14.7 in.)

φ560 mm (φ22.0 in.) 1,000 mm (39.4 in.)/2,000 mm (78.7 in.)

Milling specificationsφ285 mm (φ11.2 in.) 1,000 mm (39.4 in.)/2,000 mm (78.7 in.)/


Y-axis specifications(Milling＋Y-axis)

φ285 mm (φ11.2 in.) 1,000 mm (39.4 in.)/2,000 mm (78.7 in.)/3,000 mm (118.1 in.)/4,000 mm (157.5 in.) 8 modelsφ375 mm (φ14.7 in.)

Turret

Item

NZX4000 NZX6000



Y-axis specifications



Y-axis specifications

Number of tool stationsTurret 1 12 tools

Turret 2 8 tools 10 tools

Turret indexing time (1-station) 0.4 sec.

Number of rotary tool stations Turret 1

ー

12 tools

ー

12 tools

Rotary tool spindle drive motor (30 min./cont) 11/7.5 kW (15/10 HP) 15/11 kW (20/15 HP)

Max. rotary tool spindle speed 3,500 min-1 3,500 min-1● Photo: NZX6000

The built-in structure, in which the motor is placed inside the turret,

minimizes heat generation and vibration, improves transmission efficiency

and significantly increases cutting power, speed and accuracy.

・Improved milling power

・Improved milling accuracy

・Controls the turret’s heat and vibration

・Reduced energy loss

■ Effects of the BMT

Main features

7NZX4000/NZX6000

High-accuracy data

High-precision equipment

Full closed loop control <Scale feedback> (X-axis)

● High accuracy, high resolution

● Greater accuracy than optical scale

● Highly resistant to condensation and oil

● Vibration and impact resistant characteristics

0.01 μm

An absolute magnetic linear scale (full closed-loop control) made by Magnescale is equipped

as standard to offer high-precision positioning.

■ Resolution

Circularity (Turning)

Circularity (Turning)

ToolCutting speedSpindle speedDepth of cutFeedrate

□20 Diamond tool188 m/min (616.8 fpm)300 min-1

0.1 mm (0.004 in.)0.05 mm/rev (0.002 ipr)


□20 Diamond tool314 m/min (1,030.2 fpm)1,000 min-1

0.1 mm (0.004 in.)0.05 mm/rev (0.002 ipr)


□20 Diamond tool377 m/min (1,236.9 fpm)600 min-1

0.01 mm (0.0004 in.)0.05 mm/rev (0.002 ipr)


□20 Diamond tool314 m/min (1,030.2 fpm)1,000 min-1

0.1 mm (0.004 in.)0.05 mm/rev (0.002 ipr)

NZX6000/2000<Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

NZX4000/2000<Through-spindle hole diameter: φ285 mm (φ11.2 in.), Y-axis specification>

1.3 μm <Actual results>

0.9 μm <Actual results>

Surface roughness (Turning)

Surface roughness (Turning)



0.27 μm Ra <Actual results>

0.34 μm Ra <Actual results>

■ Material: Brass

■ Material: Brass

■ Material: Brass

■ Material: Brass

When using oil-based coolant, please be sure to consult our sales representative.

● We cannot guarantee that this unit will completely control the coolant temperature. It is designed to help prevent oil temperature increases.

Raised coolant temperature causes thermal displacement in the fixtures and workpiece, affecting the machining accuracy of the

workpiece. Use this unit to prevent the coolant from heating up. When using oil-based coolant, the coolant temperature can become

extremely high even with the standard coolant pump, so please be sure to select this unit.

Coolant chiller (separate type) OP

● Optional for the Z-axis.

High precision OptionOP

● The cutting test results indicated in this catalog are provided as examples. The results indicated in this catalog may not be obtained due to differences in cutting conditions and environmental conditions during measurement.

8 NZX4000/NZX6000

Cutting test

Machining ability

JIS: Japanese Industrial Standard ● The cutting test results indicated in this catalog are provided as examples. The results indicated in this catalog may not be obtained due to differences in cutting conditions and environmental conditions during measurement.

＊ 1045・1046（ANSI）、C45・C45E・C45R（BS, DIN）、45（GB）

＊ 1045・1046（ANSI）、C45・C45E・C45R（BS, DIN）、45（GB）

■ Material <JIS>: S45C＊


■ Heavy-duty cutting (O.D.)

■ O.D. Grooving

■ End mill

■ Drill (O.D. direction)

■ Tap (End face direction)

■ Face mill (End face direction)

Material removal rate 1,365.6 mL/min (83.3 in3./min)Cutting speedSpindle speedDepth of cutFeedrate

120 m/min (393.7 fpm)172 min-1

12 mm (0.5 in.)0.9 mm/rev (0.04 ipr)

Width of cut 9 mm (0.4 in.)Cutting speedSpindle speedFeedrate

100 m/min (328.1 fpm)107 min-1

0.1 mm/rev (0.004 ipr)

Material removal rate 86.4 mL/min (5.2 in3./min)Tool diameterCutting speedRotary tool spindle speed rangeDepth of cutFeedrate

φ32 mm (φ1¼ in.)30 m/min (98.4 fpm)300 min-1

20 mm (0.8 in.)135 mm/min (5.3 ipm)

Tool diameter φ40 mm (φ 1½ in.)Rotary tool spindle speed rangeCutting speedFeedrate

200 min-1

25 m/min (82.0 fpm)40 mm/min (1.6 ipm)

Tool M33×P3.5Cutting speedRotary tool spindle speed rangeFeedrate

10 m/min (32.8 fpm)96 min-1

336 mm/min (13.2 ipm)

Material removal rate 179.2 mL/min (10.9 in3./min)Tool diameterRotary tool spindle speed rangeCutting speedFeedrateDepth of cut

φ80 mm (φ3.1 in.)1,000 min-1

250 m/min (820.3 fpm)560 mm/min (22.0 ipm)4 mm (0.16 in.)

Turning

Milling

NZX4000/2000 <Through-spindle hole diameter: φ285 mm (φ11.2 mm), Y-axis specification>


9NZX4000/NZX6000

＊ 1045・1046 (ANSI)、C45・C45E・C45R (BS, DIN)、45 (GB)

＊ 1045・1046 (ANSI)、C45・C45E・C45R (BS, DIN)、45 (GB)



■ Heavy-duty cutting (O.D.)

■ O.D. Grooving

■ End mill

■ Drill (O.D. direction)

■ Tap (End face direction)

■ Face mill (End face direction)

Material removal rate 1,390 mL/min (84.8 in3./min)Cutting speedSpindle speedDepth of cutFeedrate

120 m/min (393.7 fpm)244 min-1

12 mm (0.5 in.)0.9 mm/rev (0.04 ipr)

Width of cut 9 mm (0.4 in.)Cutting speedSpindle speedFeedrate

100 m/min (328.1 fpm)159 min-1

0.1 mm/rev (0.004 ipr)

Material removal rate 129 mL/min (7.9 in3./min)Tool diameterCutting speedRotary tool spindle speed rangeDepth of cutFeedrate

φ32 mm (φ1¼ in.)30 m/min (98.4 fpm)300 min-1

30 mm (1.2 in.)135 mm/min (5.3 ipm)

Tool diameter φ40 mm (φ 1½ in.)Rotary tool spindle speed rangeCutting speedFeedrate

200 min-1

25 m/min (82.0 fpm)80 mm/min (3.1 ipm)

Tool M36×P4.0Cutting speedRotary tool spindle speed rangeFeedrate

10 m/min (32.8 fpm)88 min-1

352 mm/min (13.9 ipm)

Material removal rate 268.8 mL/min (16.4 in3./min)Tool diameterRotary tool spindle speed rangeCutting speedFeedrateDepth of cut

φ80 mm (φ3.1 in.)1,000 min-1

250 m/min (820.3 fpm)1,050 mm/min (41.3 ipm)4 mm (0.16 in.)

Turning

Milling

NZX6000/2000 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>


10 NZX4000/NZX6000

Detachable internal step

Improved workability,Maintenance

OP

The detachable inner step allows easier setups, such as attaching or

removing tool holders and cutting tools to or from the turret.

Bed with a cover

Since the bed is entirely covered, it is

hardly affected by heat from chips at all.

Peripheral equipment

The long boring bar allows long, I.D. boring.

Air chuck (rear)

Air chuck (front)

Work stopper, Centering chuck

Up to two NC steady rests can be installed. The steady rests minimize run-out

during machining of long workpieces, allowing high-precision machining.

OP

The high-accuracy machining can be performed by holding workpieces with the

front and rear chucks.

Specifications

Workpiece material and chip size　　○: Suitable　－: Not suitable

Steel Cast iron Aluminum, non-ferrous metal

Long Short Powdery Short Long Short Powdery

Hinge type ○ －－－ ○ －－

Hinge type+ Drum filter type ○ ○ ○ ○ ○ ○ ○

Magnet scraper type － ○ ○ ○ －－－

Chip size guidelinesShort: chips 50 mm (2.0 in.) or less in length,

bundles of chips φ40 mm (φ1.6 in.) or lessLong: bigger than the above

● The options table shows the general options when using coolant. Changes may be necessary if you are not using coolant, or depending on the amount of coolant, compatibility with machines, or the specifications required.

● Please select a chip conveyor to suit the shape of your chips. When using special or difficult-to-cut material (chip hardness HRC45 or higher), please consult our sales representative.

● Chip conveyors are available in various types for handling chips of different shape and material. For details, please consult our sales representative.

External chip conveyor OP

OPLong boring bar specifications </2000, /3000, /4000>

Steady rests specifications

OPMachining of oil well pipes <Air chuck (Front, Rear), Centering chuck>

● Long boring bar sizes for the NZX4000 and the NZX6000 differ. NZX4000: A diameter of φ90 mm (φ3.5 in.) and a length of up to 1,000 mm (39.3 in.) NZX6000: A diameter of φ130 (φ5.1 in.) mm and a length of up to 1,300 mm (51.1 in.)

Improved workability, Maintenance Peripheral equipment

11NZX4000/NZX6000

DMQP (DMG MORI Qualified Products) OP

●　For more details on DMQP items, please contact our sales representative.

Examples of qualified products (NZX4000/NZX6000)

□　�Hydraulic steady rest�This supports a shaft-like workpiece during machining, and minimizes run-out caused by rotation.

□　��Coolant chiller (separate type)�It cools down coolant to offer better cutting performance and minimize thermal displacement in the workpiece.

□　�Super-high-pressure coolant system (separate type) This improves chip disposal capability and contributes to machining of difficult-to-cut material by minimizing heat generation at the tool tip.

□　�Tool cabinet

□　�Refrigerating type air dryer�This unit removes moisture contained in the compressed air supplied by the compressor, preventing moisture-related problems in the pneumatic equipment.

□　�Chip bucket�Chips discharged from the chip conveyor are collected into this bucket.

Comprehensive support with machine ＋ peripherals

DMG MORI Service Center

Hydraulic steady rest

Coolant chiller

Mist collector

Machine

DMQP

□　�Mist collector�It removes mist, smoke, etc. generated inside the machine.

OptionOP

The DMQP program is designed to certify peripherals that meet DMG MORI standards in quality, performance and maintainability. DMQP provides customers with even greater peace of mind.

Selected peripherals with superior quality,

performance and maintainability.

DMG MORI provides comprehensive support, from proposal to delivery and maintenance, for high-quality peripherals that offer superior performance and maintainability.

Comprehensive support with machine ＋ peripherals

■ Advantages of DMQP●　Qualified peripherals are arranged by DMG MORI●　�Toll-free phone support is available 20 hours a day, 365 days a year

(Answering machine response: 3 am to 7 am <Japan Time>)

<Japan only>

NZX4060_EB01V_FORM.indd 1 2019/06/04 13:36

OptionOP

12 NZX4000/NZX6000

MAPPS Ⅳ

for Multi-axis Turning CentersHigh-Performance Operation System

●　19-inch operation panel

High-performance operation system that pursues ease of use, and combines the best hardware in the industry with the advanced application/network systems.

▶ Outstanding operability thanks to upgraded hardware

▶ Cutting-edge functions for easier setup and maintenance

▶ Various types of monitoring, including internal monitoring, are possible on the screen (option)

▶ In the event of trouble, DMG MORI’s remote maintenance service solves it smoothly MORI-NET Global Edition Advance OP

Reduction of drawing time＊

Main specifications

Shorter drawing time was achieved thanks to increased CPU performance.

Main memory 2 GBUser area 6 GB

Interface

・ USB 2.0 3 ports (Screen side: 2, Bottom of operation panel: 1)

・LAN 1 port (1000BASE-T)・RS-232-C port

Soft-keys Left/right 12 keys Bottom 12 keys

Advanced hardware

Approx. Reduced by 27％

MAPPS Ⅲ 57 sec.

42 sec.MAPPS Ⅳ

MAPPS: Mori Advanced Programming Production System

＊ The reduction rate differs depending on the program.

Vertical soft-keys

Keyboard

Vertical soft-keys are arranged on the left and right sides of the screen. The vertical soft-keys can be used as option buttons or shortcut keys to which you can assign your desired screens and functions, allowing you to quickly display the screen you want.

A PC-type keyboard is used as standard, making key input easy. A keyboard with a conventional key layout is also available as an option.

Outstanding operability

File display and Memo functionData necessary for setups such as operating instructions, drawing data and text data can be viewed on MAPPS. Text data is editable.

Improved ease of setup

Viewable file types

・　PDF ・ TXT (Editable)

・　 Any file that can be displayed with Internet Explorer is available

Fixed-point in-machine cameraImages taken by cameras installed inside/outside the machine can be viewed on the programming screen. This function is useful for maintenance.

Examples of camera locations・　 Inside machine

(to check machining)

・　 Tool magazine (to check cutting tools)

・　 Chip bucket (to check chip accumulation)

Consultation is requiredOP

Improved work efficiency

Alarm help functionWhen an alarm occurs, MAPPS identifies the cause of the trouble and provides solutions.

Improved ease of maintenance

NZX4060_EB01V_FORM.indd 2 2019/06/04 13:36

MAPPS Ⅳ

13NZX4000/NZX6000

●　The photo shown may differ from actual machine.●　Information about the screen is current as of May 2019.

OptionOP

Application System

MORI-APNZ/ZT are application systems which let you create machining programs easily on your PC.

MORI Automatic Programming System for NZ/ZT

1. Simple programming

[Conversational automatic programming]

2. Reduce programming time

Simply enter the machining shape using conversational automatic programming and the machine automatically selects the necessary tools and cutting conditions.

3. Save costs

[On-line programming]■　�Customers can easily convert conversational

programs into NC programs.■　�Cutting conditions can be changed on the

MAPPS control.

■�Simple soft jaw forming function

■�Contour input

■�DXF import function� OP

■�List display function

■�Relief machining� OP

This function allows users to create programs simply by following the guidance on the screen.Much of the programming process has been simplified due to the minimal key entry required for even the most complex shapes.

Conversational automatic programming

■�Machining menu

OP

NZX4060_EB01V_FORM.indd 3 2019/06/04 13:36

OptionOP

14 NZX4000/NZX6000

MAPPS Ⅳ

This is an application which allows you to remotely operate and view the MAPPS screens from your office computer.

This enables high-speed transfer of programming data between your office computer and machine, reducing the lead time of pre-machining processes.

DMG MORI’s software Line-up

For shorter total production time for all our customers

This network system application achieves fast information sharing and increased production efficiency.

Remote Maintenance/Machine Operation Monitoring Service

Machine Operation Monitoring System

Application for Data Transmission MAPPS Screen Remote Control and Browsing Application

【Plant】

【Plant】

[Standard features]

Receive e-mail notification

View operating status report


【DMG MORI’s Service Center】

【Company’s own server】

Server

Hub

Router

●　 Remote maintenance service by DMG MORI Service Center

●　�Internet-based, high speed (max. 1 Gbps), large capacity network

●　�No server installation is required ― reduction in initial cost

●　�Download various data from the server located at DMG MORI

●　 Intra-corporate network system

●　 Up to 30 machines can be connected with one server

●　 The operating status of your machines can be centrally managed in real time

■ Features

■ Features

【Office】

【Outside the office】


Receive remote diagnosis

Download data

Download data

Send alarm notification

Hub

OP

OP

Store operating status reports


【Office】

■ Remote alarm support

When an alarm goes off, an alarm notification will be sent to the DMG MORI Service Center simply by pressing the “Send e-mail” button on MAPPS. DMG MORI service personnel will remotely diagnose the cause of the problem, and quickly provide solutions for machine recovery.

【Plant】【Plant】【DMG MORI’s Service Center】

① E-mail describing the details of the alarm is sent to the Service Center from MAPPS.

② Remotely diagnose the cause of the problem.

③ Provide appropriate solutions for the problem, such as conducting remote operation, delivering replacement parts and sending service personnel.

Problem Recovery

Upon receiving the alarm, the Service Center will contact the customer by phone. (Manual or Automatic alarm sending is selectable)

If recovery is not possible by remote operation, service personnel will quickly visit the customer’s factory.●　�This service may not be available in some

areas. Please contact our sales representative for details.


Conduct remote diagnosis



MORI-NET, MORI-SERVER, MORI-MONITOR, DMG MORI MESSENGERNetwork Application Systems

【Internet】【LAN】

OP

NETWORK_E01_cs5.indd 1 2018/01/31 11:27

OptionOP

DMG MORI’s new proposal, ACT, is designed to strengthen connections between machine tools and peripheral equipment by standardizing communication and software of the entire system. With ACT, standardization of interfaces of peripherals, simplified wiring, and labor saving can be achieved.

This industrial network using the standard Ethernet (TCP/IP) offers high speed and reliable connection. Simple Plug and Play connections, which are made available just by connecting to the hub through MAPPS, enable you to build a system easily.The use of standard cables also helps to reduce costs.

MTConnect, which was introduced by the Association for Manufacturing Technology (AMT) in 2008, is a new XML (Extensible Markup Language) based communication protocol that offers an open interface. This interface allows you to build a system to monitor the operating status of your machines.

Advanced Communication Technology

MAPPS EtherNet/IP I/F OP

MAPPS MTConnect I/F

Advanced Communication Technology (ACT) connects machine tool and peripheral devices

■ Easy system construction■ Connection with existing devices■ Inexpensive devices

You can check the operating history on the Gantt chart screen.

●　�Connections between a machine and peripheral equipment become easy because standard LAN cables are used

●　�Thanks to increased versatility, your peripheral equipment can be used even when the machine tools are replaced by new ones

●　�Reliability is significantly increased by reducing the number of I/O cables

●　�Open communication interface allows you to access to your company’s system

●　�This makes it possible for you to build a system to monitor the operating status of your machines via the Internet

■ Features

■ Features

■ System examples

Operating status can be checked in real time.

Your machines are displayed all at once, allowing you to quickly call up the machine you wish to check.

■ Application examples

Industrial Network for Peripheral Equipment Control

Communication Interface for Monitoring Machine Operation

●　�A server and application must be prepared by the customer.●　For introduction of MTConnect, separate consultation is required.


Other devices

Measuring equipment Tool presetter

Machine

Hub

Robot

Adapter 1

ServerAdapter 2

Adapter 3

Outside the office

Office

Other terminal deviceAgent 1

Agent 2

Application

Router

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MAPPS Ⅳ

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MAPPS Ⅳ

15NZX4000/NZX6000

MAPPS Ⅳ

This is an application which allows you to remotely operate and view the MAPPS screens from your office computer.

This enables high-speed transfer of programming data between your office computer and machine, reducing the lead time of pre-machining processes.

DMG MORI’s software Line-up

For shorter total production time for all our customers

This network system application achieves fast information sharing and increased production efficiency.

Remote Maintenance/Machine Operation Monitoring Service

Machine Operation Monitoring System

Application for Data Transmission MAPPS Screen Remote Control and Browsing Application

【Plant】

【Plant】

[Standard features]




【DMG MORI’s Service Center】

【Company’s own server】

Server

Hub

Router

●　 Remote maintenance service by DMG MORI Service Center

●　�Internet-based, high speed (max. 1 Gbps), large capacity network

●　�No server installation is required ― reduction in initial cost

●　�Download various data from the server located at DMG MORI

●　 Intra-corporate network system

●　 Up to 30 machines can be connected with one server

●　 The operating status of your machines can be centrally managed in real time

■ Features

■ Features

【Office】



Receive remote diagnosis

Download data

Download data


Hub

OP

OP



【Office】

■ Remote alarm support

When an alarm goes off, an alarm notification will be sent to the DMG MORI Service Center simply by pressing the “Send e-mail” button on MAPPS. DMG MORI service personnel will remotely diagnose the cause of the problem, and quickly provide solutions for machine recovery.

【Plant】【Plant】【DMG MORI’s Service Center】

① E-mail describing the details of the alarm is sent to the Service Center from MAPPS.

② Remotely diagnose the cause of the problem.

③ Provide appropriate solutions for the problem, such as conducting remote operation, delivering replacement parts and sending service personnel.

Problem Recovery

Upon receiving the alarm, the Service Center will contact the customer by phone. (Manual or Automatic alarm sending is selectable)

If recovery is not possible by remote operation, service personnel will quickly visit the customer’s factory.●　�This service may not be available in some

areas. Please contact our sales representative for details.


Conduct remote diagnosis



MORI-NET, MORI-SERVER, MORI-MONITOR, DMG MORI MESSENGERNetwork Application Systems


OP

NETWORK_E01_cs5.indd 1 2018/01/31 11:27

OptionOP

DMG MORI’s new proposal, ACT, is designed to strengthen connections between machine tools and peripheral equipment by standardizing communication and software of the entire system. With ACT, standardization of interfaces of peripherals, simplified wiring, and labor saving can be achieved.

This industrial network using the standard Ethernet (TCP/IP) offers high speed and reliable connection. Simple Plug and Play connections, which are made available just by connecting to the hub through MAPPS, enable you to build a system easily.The use of standard cables also helps to reduce costs.

MTConnect, which was introduced by the Association for Manufacturing Technology (AMT) in 2008, is a new XML (Extensible Markup Language) based communication protocol that offers an open interface. This interface allows you to build a system to monitor the operating status of your machines.

Advanced Communication Technology

MAPPS EtherNet/IP I/F OP

MAPPS MTConnect I/F

Advanced Communication Technology (ACT) connects machine tool and peripheral devices

■ Easy system construction■ Connection with existing devices■ Inexpensive devices

You can check the operating history on the Gantt chart screen.

●　�Connections between a machine and peripheral equipment become easy because standard LAN cables are used

●　�Thanks to increased versatility, your peripheral equipment can be used even when the machine tools are replaced by new ones

●　�Reliability is significantly increased by reducing the number of I/O cables

●　�Open communication interface allows you to access to your company’s system

●　�This makes it possible for you to build a system to monitor the operating status of your machines via the Internet

■ Features

■ Features

■ System examples

Operating status can be checked in real time.

Your machines are displayed all at once, allowing you to quickly call up the machine you wish to check.

■ Application examples

Industrial Network for Peripheral Equipment Control

Communication Interface for Monitoring Machine Operation

●　�A server and application must be prepared by the customer.●　For introduction of MTConnect, separate consultation is required.


Other devices

Measuring equipment Tool presetter

Machine

Hub

Robot

Adapter 1

ServerAdapter 2

Adapter 3

Outside the office

Office

Other terminal deviceAgent 1

Agent 2

Application

Router

NETWORK_E01_cs5.indd 2 2018/01/31 11:27

OptionOP

NZX4060_EB01V_FORM.indd 5 2019/06/04 13:36

OptionOP

To conserve limited resources and protect global environment.The NZX4000/NZX6000 Series pursues a high "environmental performance"

that is required of machine tools.

16 NZX4000/NZX6000

Reduction in environmental burden

LED with high luminous efficiency offers a high light output at a low wattage,

contributing to reducing electricity use.

If the operation panel is not touched for a certain amount of time, the interior light automatically turns off. This saves energy and lengthens the life of the machine lights.

If the keyboard is not touched after a certain amount of time and NC operation is not being performed, power is cut off to the servo motor, the spindle, the coolant pump and the chip conveyor, thereby saving energy.

Automatic machine light function

Automatic sleep function

Operating efficiently, the machine

reduces power consumption.

Power-saving function LED lighting

● Photo: NZX4000

Environmental performance

17NZX4000/NZX6000

General viewmm (in.)

● The machine width depends on the chuck cylinder model.

Spindle center

2791 (109.9)5042 (198.5)

6493 (255.6) <6754 (265.9)>

5690 (224.0)

1236

(48.

7)

<11

26 (4

4.3)

>

1649

(64.

9) <

2027

(79.

8)>

1470

(57.

9)

Spindle center

2789

(109

.8)

2775

(109

.3)

NZX4000/1000

Front view Side view

Q56102A02

Plan view

<　　> EN Standards

Spindle center

2791 (109.9)5042 (198.5)

6493 (255.6) <6754 (265.9)>

5690 (224.0)

1236

(48.

7)

<11

26 (4

4.3)

>

1649

(64.

9) <

2027

(79.

8)>

1470

(57.

9)

Spindle center

2789

(109

.8)

2775

(109

.3)

Spindle center

2791 (109.9)5042 (198.5)

6493 (255.6) <6754 (265.9)>

5690 (224.0)

1236

(48.

7)

<11

26 (4

4.3)

>

1649

(64.

9) <

2027

(79.

8)>

1470

(57.

9)

Spindle center

2789

(109

.8)

2775

(109

.3)

Spindle center

7559 (297.6) <7820 (307.9)>

6690 (263.4)

1470

(57.

9)

Spindle center

6131 (241.4)

1236

(48.

7) <

1126

(44.

3)>

1649

(64.

9) <

2027

(79.

8)>

2789

(109

.8)

3080 (121.3)

2775

(109

.3)

NZX4000/2000


Q56091A02

Plan view


Spindle center

7559 (297.6) <7820 (307.9)>

6690 (263.4)

1470

(57.

9)

Spindle center

6131 (241.4)

1236

(48.

7) <

1126

(44.

3)>

1649

(64.

9) <

2027

(79.

8)>

2789

(109

.8)

3080 (121.3)

2775

(109

.3)

Spindle center

7559 (297.6) <7820 (307.9)>

6690 (263.4)

1470

(57.

9)

Spindle center

6131 (241.4)

1236

(48.

7) <

1126

(44.

3)>

1649

(64.

9) <

2027

(79.

8)>

2789

(109

.8)

3080 (121.3)

2775

(109

.3)

Diagrams

18 NZX4000/NZX6000

General view

Spindle center

Spindle center

1700

(66.

9)

6833 (269.0) <7094 (279.3)>

6110 (240.6)

5550 (218.5) 3081 (121.3)

3275

(128

.9)

3000

(118

.1)

1236

(48.

7)<

1126

(44.

3)>

1649

(64.

9)<

2027

(79.

8)>

NZX6000/1000


Q56106A02

Plan view


Spindle center

Spindle center

1700

(66.

9)

6833 (269.0) <7094 (279.3)>

6110 (240.6)

5550 (218.5) 3081 (121.3)

3275

(128

.9)

3000

(118

.1)

1236

(48.

7)<

1126

(44.

3)>

1649

(64.

9)<

2027

(79.

8)>

Spindle center

Spindle center

1700

(66.

9)

6833 (269.0) <7094 (279.3)>

6110 (240.6)

5550 (218.5) 3081 (121.3)

3275

(128

.9)

3000

(118

.1)

1236

(48.

7)<

1126

(44.

3)>

1649

(64.

9)<

2027

(79.

8)>

1236

(48.

7)<

1126

(44.

3)>

7100 (279.5)

Spindle center

1649

(64.

9)<

2027

(79.

8)>

3000

(118

.1)

6540 (257.5)

1700

(66.

9)

7884 (310.4) <8145 (320.7)>

Spindle center

3277

(129

.0)

3312 (130.4)

NZX6000/2000


Q56009A04

Plan view


1236

(48.

7)<

1126

(44.

3)>

7100 (279.5)

Spindle center

1649

(64.

9)<

2027

(79.

8)>

3000

(118

.1)

6540 (257.5)

1700

(66.

9)

7884 (310.4) <8145 (320.7)>

Spindle center

3277

(129

.0)

3312 (130.4)

1236

(48.

7)<

1126

(44.

3)>

7100 (279.5)

Spindle center

1649

(64.

9)<

2027

(79.

8)>

3000

(118

.1)

6540 (257.5)

1700

(66.

9)

7884 (310.4) <8145 (320.7)>

Spindle center

3277

(129

.0)

3312 (130.4)

Diagrams

● The machine width depends on the chuck cylinder model.

19NZX4000/NZX6000

mm (in.)

3070

(120

.9)

1700

(66.

9)

10594 (417.1) <10855 (427.4)>

9830 (387.0)

Spindle center

1649

(64.

9)<

2027

(79.

8)>

1236

(48.

7)<

1126

(44.

3)>

3440 (135.4)

3268

(128

.7)

Spindle center

NZX6000/4000


Q56082A01

3070

(120

.9)

1700

(66.

9)

10594 (417.1) <10855 (427.4)>

9830 (387.0)

Spindle center

1649

(64.

9)<

2027

(79.

8)>

1236

(48.

7)<

1126

(44.

3)>

3440 (135.4)

3268

(128

.7)

Spindle center

3070

(120

.9)

1700

(66.

9)

10594 (417.1) <10855 (427.4)>

9830 (387.0)

Spindle center

1649

(64.

9)<

2027

(79.

8)>

1236

(48.

7)<

1126

(44.

3)>

3440 (135.4)

3268

(128

.7)

Spindle center

Plan view


20 NZX4000/NZX6000

Spindle speed (min-1)

Outp

ut (k

W)

Torq

ue (N・

m)

First range T=7021 N・m (5178.4 ft･lbf) <30 min.>

First range T=5328.8 N・m (3930.3 ft･lbf) <cont>

Second range T=2889.7 N・m (2131.3 ft･lbf) <30 min.>

Second range T=2375.9 N・m (1,752.4 ft･lbf) <cont>

100000 100

10

1

10000

1000

1001 10 100 600.0 1000 1500

1395.6335.5 (Second range winding change-over point)

First range

First rangeSecond range

Second range

45 kW (60 HP) (30 min.)37 kW (50 HP) (cont) 41.87 kW (55.8 HP) (30 min.)

34.42 kW (45.9 HP) (cont)

T=716.2 N・m (528.2 ft･lbf) <30 min.>

T=588.9 N・m (434.3 ft･lbf) <cont>

T=307.9 N・m (227.1 ft･lbf) <30 min.>

T=253.2 N・m (186.8 ft･lbf) <cont>

T=266.5 N・m (196.6 ft･lbf) <30 min.>

T=219.2 N・m (161.7 ft･lbf) <cont>

149.6 (First range winding change-over point)

61.266.3

148.7137.3

T=177 N・m (130.5 ft･lbf) T=215 N・m (158.6 ft･lbf)

37 kW (50 HP) 45 kW (60 HP)

1069

100000

10000

1000

1001 10

64

70

100

152 (Low speed winding switching speed)

216

234

6521000

2000

100

10

1


Outp

ut (k

W)

Torq

ue (N・

m)

T=659 N・m (486.1 ft･lbf) <30 min.>

T=542 N・m (399.8 ft･lbf) <cont>

High speed T=1990 N・m (1467.7 ft･lbf) <30 min.>

Low speed

Low speed High speed

High speed510 (High speed winding switching speed)

High speed T=1510 N・m (1113.7 ft･lbf) <cont>

Low speed T=5084 N・m (3749.8 ft･lbf) <cont>

Low speed T=6699 N・m (4940.9 ft･lbf) <30 min.>

9801069

282

567 (High speed winding switching speed)

1001 10 100

1000

100000

10000

2000


Torq

ue (N･m

)

Low speed

Low speed



High speed

T=143 N・m (105.5 ft･lbf)

T=177 N・m (130.5 ft･lbf)

1

10

100

High speed

T=292 N・m (215.4 ft･lbf)

T=361 N・m (266.3 ft･lbf)

37 kW (50 HP)30 kW (40 HP)

1000

Outp

ut(k

W)

168(Low speed winding switching speed)



84


Outp

ut (k

W)

Torq

ue (N・

m)



100000 100

10

1

10000

1000

1001 10 100 1500

1020360 (High speed winding switching speed)

Low speed

Low speed High speed

High speed

37 kW (50 HP)

30 kW (40 HP)

T=378 N・m (278.8 ft･lbf)

T=306 N・m (225.7 ft･lbf)

T=236 N・m (174.1 ft･lbf)T=191 N・m (140.9 ft･lbf)


80 179 9351000



Spindle speed-torque/output-rotation speed diagram

NZX4000

■ Spindle <Through-spindle hole diameter: φ145 mm (φ5.7 in.)>

■ Max. spindle speed: 1,500 min-1

■ Spindle drive motor: 75/55 kW (100/75 HP) <30 min./cont>■ Max. spindle torque: 6,572.9 N･ｍ (4,847.9 ft·lbf) <30 min.>


Out

put (

kW)

Torq

ue (N・

m)

74.8 255 600167.8

572

15001000101

179.279.9

100

1000

10000

100000

1

10

100

First range T=6572.9 N・m (4847.9 ft･lbf) <30 min.>



Second range T=2561.3 N・m (1889.1 ft･lbf) <cont>

55 kW (75 HP) <30 min.>

45 kW (60 HP) <cont>55 kW (75 HP) <cont>

75 kW (100 HP) <30 min.>

T=1252.2 N・m (923.6 ft･lbf) <30 min.>

T=918.3 N・m (677.3 ft･lbf) <cont> T=477.5 N・m (352.2 ft･lbf) <30 min.>T=350.1 N・m (258.2 ft･lbf) <cont>

T=875.4 N・m (645.7 ft･lbf) <cont>

T=1193.7 N・m (880.4 ft･lbf) <30 min.>

T=2059.5 N・m (1519.0 ft･lbf) <cont>

T=2808.4 N・m (2071.4 ft･lbf) <30 min.>

208.6 (First range winding change-over point) 468 (Second range winding change-over point)

Secon

d ran

ge

Secon

d ran

ge

First

range

First

range

【High output OP 】

First range: 1 – 74.8 – 208.6 – 255 – 600 min-1

Second range: 3.8 – 167.8 – 468 – 572 – 1,500 min-1


■ Spindle drive motor: 37/30 kW (50/40 HP) <30 min./cont>■ Max. spindle torque: 4,422 N･ｍ (3,261.5 ft·lbf) <30 min.>



■ Spindle <Through-spindle hole diameter: φ185 mm (φ7.2 in.)> OP

【Standard】【High output OP 】

First range: 1 – 66.3 – 600 min-1

Second range: 3.8 – 148.7 – 1395.6 – 1,500 min-1

Low speed: 1 – 80 – 935 – 1,020 min-1

High speed: 2 – 179 – 1,500 min-1


■ Spindle drive motor: 37/30 kW (50/40 HP) <30 min./cont>■ Max. spindle torque: 4,219 N･m (3,111.8 ft·lbf) <30 min.>

【Standard】■ Max. spindle speed: 2,000 min-1



Low speed: 1 – 84 – 980 – 1,069 min-1

High speed: 3 – 282 – 2,000 min-1

Low speed: 1 – 70 – 652 – 1,069 min-1

High speed: 3 – 234 – 2,000 min-1

Q43477A02

Q43476A02Q43658A01

Q43657A01 Q43656A01

Diagrams

21NZX4000/NZX6000

OptionOP







Low speed: 1 – 47 – 544 – 593 min-1

High speed: 3 – 124 – 1,000 min-1

First range: 1 – 38.6 – 350 min-1

Second range: 2.6 – 102.8 – 965.2 – 1,000 min-1


Outp

ut (k

W)

Torq

ue (N・

m)





100000 100

10

1

10000

1000

1001 10 100 1000249

(High speed winding switching speed)

Low speed

Low speedHigh speed

High speed

37 kW (50 HP)

30 kW (40 HP)

T=650 N・m (479.4 ft･lbf)

T=527 N・m (388.7 ft･lbf)

T=353 N・m (260.4 ft･lbf)T=287 N・m (211.7 ft･lbf)


47 124 544

593


Outp

ut (k

W)

Torq

ue (N・

m)

100000 100

10

1

10000

1000

1001 10 100 1000232.1

(Second range winding change-over point)

965.235.638.6

102.894.9

350



87 (First range winding change-over point)



45 kW (60 HP) <30 min.>

37 kW (50 HP) <cont>

First

range

First

range

Seco

nd ra

nge

Seco

nd ra

nge

T=1227.8 N・m (905.6 ft･lbf) <30 min.>

T=1009.5 N・m (744.6 ft･lbf) <cont>

43.4 kW (57.9 HP) <30 min.>

35.7 kW (47.6 HP) <cont>

T=445.2 N・m (328.4 ft･lbf) <30 min.>T=366.1 N・m (270.0 ft･lbf) <cont>





First range: 1 – 43.5 – 116 – 148.4 – 350 min-1

Second range: 2.6 – 116.0 – 323.7 – 395.6 – 1,000 min-1


■ Spindle drive motor: 11/7.5 kW (15/10 HP) <50%ED/cont>■ Max. spindle torque: 117 N･ｍ (86.3 ft·lbf) <10%ED>

■ Rotary tool spindle OP

【Milling or Y-axis specifications】


Outp

ut (k

W)

Torq

ue (N・

m)

T=117 N・m (86.3 ft･lbf) <10%ED>

T=84 N・m (62.0 ft･lbf) <50%ED>

T=62.3 N・m (45.9 ft･lbf) <cont>

1 1

20

10

10

100

200

600

1000100 3500

11 kW (15 HP) <50%ED>10

7.5 kW (10 HP) <cont>

T=20.5 N・m(15.1 ft･lbf)

T=30 N・m(22.1 ft･lbf)

900 1250

1150

Q43670A01

Q43465A02

Q43659A01 Q43464A02


Out

put (

kW)

Torq

ue (N・

m)

100000 100

10

1

10000

1000

1001 10

100

1000

First range T=11298.7 N・m (8333.5 ft･lbf) <30 min.>First range T=9874.7 N・m (7283.2 ft･lbf) <cont>



First

range

First

range Sec

ond r

ange

Secon

d ran

ge

350 (Second range winding change-over point)

43.546.4

121.4 (First range winding change-over point)

123.9

148.4

116.0

T=4827.6 N・m (3560.6 ft･lbf) <30 min.>

T=3540.3 N・m (2611.2 ft･lbf) <cont>

75 kW (100 HP) <30 min.>




T=2046.3 N・m (1509.3 ft･lbf) <30 min.>

T=1500.6 N・m (1106.8 ft･lbf) <cont>

55 kW (75 HP) <30 min.>


395.6

148.4

22 NZX4000/NZX6000


Outp

ut (k

W)

Torq

ue (N・

m)

100000 100

10

1

10000

1000

1001 10 100 1000

965.235.638.6

102.894.9



87 (First range winding change-over point)



45 kW (60 HP) <30 min.>


First

range

First

range

Seco

nd ra

nge

Seco

nd ra

nge

T=1227.8 N・m (905.6 ft･lbf) <30 min.>

T=1009.5 N・m(744.6 ft･lbf) <cont>

43.4 kW (57.9 HP) <30 min.>

35.7 kW (47.6 HP) <cont>



350

232.1(Second range winding change-over point)


Outp

ut (k

W)

Torq

ue (N・

m)

100000 100

10

1

10000

1000

1001 10 100 1000




Second rangeT=3703.4 N・m (2731.5 ft･lbf) <cont>

First

range

First

range Se

cond

rang

e

Seco

nd ra

nge

43.546.4 116.0

T=4827.6 N・m (3560.6 ft･lbf) <30 min.>

T=3540.3 N・m(2611.2 ft･lbf) <cont>

75 kW (100 HP) <30 min.>


T=1810.5 N・m (1335.4 ft･lbf) <30 min.>

T=1327.7 N・m (979.3 ft･lbf) <cont>

T=715.2 N・m(527.5 ft･lbf) <30 min.>

T=525.2 N・m(387.4 ft･lbf) <cont>

T=2046.3 N・m (1509.3 ft･lbf) <30 min.>

T=1500.6 N・m (1106.8 ft･lbf) <cont>

395.6

350.0123.9

148.4

121.4(First range winding change-over point)

323.6(Second range winding change-over point)

55 kW (75 HP) <30 min.>


Spindle speed-torque/output-rotation speed diagram


■ Spindle drive motor: 45/37 kW (60/50HP) <30 min./cont>■ Max. spindle torque: 12,069.1 N･ｍ (8,901.7 ft·lbf) <30 min.>

【Standard】

First range: 1 – 38.6 – 350 min-1

Second range: 2.6 – 102.8 – 965.2 – 1,000 min-1




First range: 1 – 43.5 – 116 – 148.4 – 350 min-1

Second range: 2.6 – 116.0 – 323.6 – 395.6 – 1,000 min-1

■ Spindle <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>

NZX6000

■ Max. spindle speed: 500 min-1







Outp

ut (k

W)

Torq

ue (N・

m)

32.6 kW (43.5 HP) <30 min.>

26.8 kW (35.7 HP) <cont>

100000 100

10

1

10000

1000

1001 10 100 500

38.6

87（Winding change-over speed）

362.035.6

45 kW (60 HP) <30 min.>



T=1187.1 N・m (875.6 ft･lbf) <30 min.>

T=976.1 N・m (719.9 ft･lbf) <cont>

T=12082.2 N・m (8911.3 ft･lbf) <30 min.>

T=9170.1 N・m (6763.5 ft･lbf) <cont>


Outp

ut (k

W)

Torq

ue (N・

m)

59.34 kW (79.1 HP) <30 min.>

43.52 kW (58.0 HP) <cont>

100000 100

10

1

10000

1000

10010 100 500

T=1133.3 N・m (835.9 ft･lbf) <30 min.>

T=1810.4 N・m (1335.3 ft･lbf) <30 min.>

T=831.1 N・m (613.0 ft･lbf) <cont>

T=1327.6 N・m (979.2 ft･lbf) <cont>

46.5

121.2 (Winding change-over speed) 395.6

43.5

T=4827.6 N・m (3560.6 ft･lbf) <30 min.>

T=3540.3 N・m (2611.2 ft･lbf) <cont>

148.2

55 kW (75 HP) (cont)

75 kW (100 HP) (30 min.)

1


55 kW (75 HP) <30 min.>

T=11298.7 N・m (8333.5 ft･lbf) <30 min.>

T=9874.7 N・m (7283.2 ft･lbf) <cont>

Q43458A02

Q43464A02

Q43462A02

Q43465A02

Diagrams

23NZX4000/NZX6000

OptionOP



【Standard】■ Max. spindle speed: 350 min-1




100000

10000

1000

100

10

11001 10 100

Torq

ue (N・

m)


Outp

ut (k

W)

28.2 30.6 286.8

350

37 kW (50 HP) <30 min.>30 kW (40 HP) <cont>

T=1498.1 N・m (1104.9 ft･lbf) <30 min.>


69.0 (Winding change-over speed)

T=1231.8 N・m(908.5 ft･lbf) <cont>

45 kW (60 HP) (30 min.)

37 kW (50 HP) (cont)

T=11560.0 N・m (8526.2 ft･lbf) <cont>

T=15231.1 N・m (11233.9 ft･lbf) <30 min.>

100000

10000

1000

100

10

11001 10 100

Torq

ue (N・

m)


Outp

ut (k

W)

T=12461.8 N・m (9191.3 ft･lbf) <cont>

75 kW (100 HP) <30 min.>

55 kW (75 HP) <cont>45 kW (60 HP) <cont>

55 kW (75 HP) <30 min.> 67 kW (89.3 HP) <30 min.>49 kW (65.3 HP) <cont>

T=6092.5 N・m (4493.6 ft･lbf) <30 min.>

T=1832.8 N・m (1351.8 ft･lbf) <30 min.>

T=2284.7 N・m (1685.1 ft･lbf) <30 min.>

T=1344.0 N・m (991.3 ft･lbf) <cont>

34.5 36.8 117.6

313.5

350

T=4467.8 N・m (3295.3 ft･lbf) <cont>

T=1675.4 N・m (1235.7 ft･lbf) <cont>96.2 (Winding change-over speed)

T=14258.9 N・m (10516.8 ft･lbf) <30 min.>


■ Spindle drive motor: 15/11 kW (20/15HP) <30 min./cont>■ Max. spindle torque: 200 N･ｍ (147.5 ft·lbf) <25%ED>

■ Rotary tool spindle OP

【Milling or Y-axis specifications】


Outp

ut (k

W)

Torq

ue (N・

m)

300

100

200

50

30

20

10

110 100 1000 1620 6000

T=200 N・m (147.5 ft･lbf) <25%ED>

High speed T=88.4 N・m (65.2 ft･lbf) <30 min.>

Low speed 25%ED

120

Low speed 30 min.

Low speed cont

715 3500800

750

15 kW (20 HP)11 kW (15 HP)

High speed 30 min.

High speed cont

T=71.6 N・m (52.8 ft･lbf)

T=23.9 N・m (17.6 ft･lbf)

T=17.5 N・m (12.9 ft･lbf)

T=52.5 N・m (38.7 ft･lbf)



High speed T=64.8 N・m (47.8 ft･lbf) <cont>

Q43678A01 Q43679A01

Q43471A01

24 NZX4000/NZX6000

L

○： Standard set[ ] : Inch type

Boring bar sleeves

I. D. cuttingφ60 boring bar

I. D. cutting

□25 cutting tools


□20 cutting tools

Throw-away drill

Drill

I. D. cuttingφ32 mm or smaller boring bar

T21022 [T21023]

T21024 [T21025]

Boring bar sleeves

Boring bar sleeves

Boring bar sleeves

Boring bar

Boring bar sleeves

Throw-away drill socket

Drill socket

T20142 (φ32) [T20143 (φ1 1/4")]T20144 (φ40) [T20145 (φ1 1/2")]

T22058 (MT-4) [T22059 (MT-4)]T22060 (MT-5) [T22061 (MT-5)]

T21018 + T30003 (L=217)[T21019 + T30003 ]T21020 + T30003 (L=317)[T21021 + T30003 ]

T20132 (φ20) [T20133 (φ3/4")]T20134 (φ25) [T20135(φ1")]

T20136 (φ32) [T20137 (φ1 1/4")]T20138 (φ40) [T20139 (φ1 1/2")]T20140 (φ50) [T20141(φ2")]

Boring bar holderT10203② [T10204]②

T00434 [T00435](only turret1)

O.D. cutting holderT00432④ [T00433]④

I.D. and Face cutting holderT03042 [T03043]　

B27021+B27017B27021+[B27019]

PipeP40145

Tool clamping gib for direct tool installationB2700155④＋B27134④B2700155④＋[B27135]④(Only turret 2)

Boring bar holder (slit)T10234 [T10235]

Outside diameter and Face cutting□32 Cutting tools

Outside diameter and Face cutting□32 cutting tools

O.D. cutting holder (Interference prevention)

Tool clamping gib

B0100274

B0100283

Turret 1(Turning specifications)

Turret 2

Chuck colletALPS NO. AR50-6−34

SCHAUBLIN NO. ESX50-6−34REGO NO. ER50-6−34

T20086 (φ8)T20088 (φ10) [T20089 (φ3/8")]T20090 (φ12) [T20091 (φ1/2")]T20092 (φ16) [T20093 (φ5/8")]T20094 (φ20) [T20095 (φ3/4")]T20096 (φ25) [T20097 (φ1")]T20098 (φ32) [T20099 (φ1 1/4")]

φ50 mm or smaller boring bar

T32151

T32152 [T32177]

T32142 [T32178]

T32153 [T32179]

T32141

T32143

T32144

T32146

Chuck collet

ALPS NO. AR20-1−13REGO NO. ER20-1−13SCHAUBLIN NO. ESX20-1−13

Chuck collet adapter

Side lock adapter (Shank size φ20)Side lock adapter (Shank size φ19.05)



4-inch cutter adapter(FMA31.75)

MT NO.2 Adapter

MT NO.3 Adapter

MT NO.4 Adapter

Rotary tool holder for O.D. turnig (AR50)T32526 (Angular bearing) Max. 3,500 min-1

T32527 (Angular bearing) Max. 3,500 min-1

Rotary tool holder for facing (AR50)

Oil hole holder for facing (AROH50)

Chuck collet (For oil hole)

ALPS NO. AROH50-6−34

Oil hole holder for O.D. turnig (AROH50)T32547 (Angular bearing) Max. 3,500 min-1


Rotary tool holder for O.D. turnig (FMA31.75)T32548 (Taper roller bearing) Max. 2,000 min-1

T32549 (Taper roller bearing) Max. 2,000 min-1

Rotary tool holder for facing (FMA31.75)

Rotary tool holder for O.D. turnig (Cartridge)

Rotary tool holder for facing (Cartridge)T32551 (Angular bearing) Max. 3,500 min-1


B0100281

Turret 1(Milling specifications)

Lid for milling hole


F76124

F76125(With turning holders)

Tooling system diagrams

NZX4000

Diagrams

25NZX4000/NZX6000

L

○： Standard set[ ] : Inch type

Boring bar sleeves


I. D. cutting

□25 cutting tools


□20 cutting tools

Throw-away drill

Drill

I. D. cuttingφ32 mm or smaller boring bar

T21022 [T21023]

T21024 [T21025]

Boring bar sleeves

Boring bar sleeves

Boring bar sleeves

Boring bar

Boring bar sleeves


Drill socket

T20142 (φ32) [T20143 (φ1 1/4")]T20144 (φ40) [T20145 (φ1 1/2")]

T22058 (MT-4) [T22059 (MT-4)]T22060 (MT-5) [T22061 (MT-5)]

T21018 + T30003 (L=217)[T21019 + T30003 ]T21020 + T30003 (L=317)[T21021 + T30003 ]

T20132 (φ20) [T20133 (φ3/4")]T20134 (φ25) [T20135(φ1")]

T20136 (φ32) [T20137 (φ1 1/4")]T20138 (φ40) [T20139 (φ1 1/2")]T20140 (φ50) [T20141(φ2")]


T00434 [T00435](only turret1)

O.D. cutting holderT00432④ [T00433]④

I.D. and Face cutting holderT03042 [T03043]　

B27021+B27017B27021+[B27019]

PipeP40145

Tool clamping gib for direct tool installationB2700155④＋B27134④B2700155④＋[B27135]④(Only turret 2)

Boring bar holder (slit)T10234 [T10235]

Outside diameter and Face cutting□32 Cutting tools

Outside diameter and Face cutting□32 cutting tools


Tool clamping gib

B0100274

B0100283


Turret 2

Chuck colletALPS NO. AR50-6−34

SCHAUBLIN NO. ESX50-6−34REGO NO. ER50-6−34


φ50 mm or smaller boring bar

T32151

T32152 [T32177]

T32142 [T32178]

T32153 [T32179]

T32141

T32143

T32144

T32146

Chuck collet

ALPS NO. AR20-1−13REGO NO. ER20-1−13SCHAUBLIN NO. ESX20-1−13






MT NO.2 Adapter

MT NO.3 Adapter

MT NO.4 Adapter

Rotary tool holder for O.D. turnig (AR50)T32526 (Angular bearing) Max. 3,500 min-1


Rotary tool holder for facing (AR50)

Oil hole holder for facing (AROH50)

Chuck collet (For oil hole)

ALPS NO. AROH50-6−34

Oil hole holder for O.D. turnig (AROH50)T32547 (Angular bearing) Max. 3,500 min-1


Rotary tool holder for O.D. turnig (FMA31.75)T32548 (Taper roller bearing) Max. 2,000 min-1

T32549 (Taper roller bearing) Max. 2,000 min-1

Rotary tool holder for facing (FMA31.75)

Rotary tool holder for O.D. turnig (Cartridge)

Rotary tool holder for facing (Cartridge)T32551 (Angular bearing) Max. 3,500 min-1


B0100281




F76124

F76125(With turning holders)

Q80346A03

26 NZX4000/NZX6000

L


Turret 2


I.D. cuttingφ60 boring bar

I.D. cuttingφ50 or less boring bar

□25 qualified tool



Boring bar sleeve



Throw-away drill

Drill

T20132 (φ20) [T20133 (φ3/4")]T20134 (φ25) [T20135 (φ1")]

Boring bar sleeve

T20136 (φ32) [T20137 (φ1 1/4")]T20138 (φ40) [T20139 (φ1 1/2")]T20140 (φ50) [T20141 (φ2")]

Boring bar sleeve

T21018＋T30003 (L=217)[T21019＋T30003]T21020＋T30003 (L=317)[T21021＋T30003]

Boring bar sleeve

T21022 [T21023]Boring bar

T21024 [T21025]Boring bar sleeve

T20142 (φ32) [T20143 (φ1 1/4")]T20144 (φ40) [T20145 (φ1 1/2")]


T22058 (MT-4) [T22059 (MT-4)]T22060 (MT-5) [T22061 (MT-5)]

Drill socket

I.D. cutting φ80 boring bar

PipeP40145

O.D. and Face cutting □32 qualified tool

GibB27133＋B27134B27133＋[B27135] 　 O.D. cutting holder

T00372④ [T00383]④


O.D. cutting holder (For φ670 works)T00374 [T00398]

# (Only turret 2)

O.D. cutting and cut-off holderT00373 [T00397]

# (Only turret 2)

GibB27133＋B27134B27133＋[B27135] 　

I.D. and Face cutting □32 qualified tool

I.D. and Face cutting holderT03030 [T03031]

LidF70184


Boring bar holder (Slit)T10169

B01254

B01257

B01255

Long boring bar holder (φ130)T11049＊Only the long boring bar specification


LidF83717

Rotary tool holder for O.D. turnig (AR50)T32495(Angular bearing) Max. 3,500 min-1

(Angular bearing) Max. 3,500 min-1


(Taper roller bearing) Max. 2,000 min-1







T32496Rotary tool holder for facing (AR50)

T32489

T32490

Rotary tool holder for O.D. turnig (TRX32)

Rotary tool holder for facing (TRX32)T32492

T32493

Rotary tool holder for O.D. turnig (Cartridge)T32491

T32497

Rotary tool holder for facing (Cartridge)T32494

T32498

Chuck colletALPS NO. AR50-6–34REGO NO. ER50-6–34SHAUBLIN NO. ESX50-6–34

Straight collet (For adjusting screw)

ALPS NO. ASS32-6–25

Straight collet ALPS NO. AS32-6–25

Chuck colletALPS NO.AR20-1–13REGO NO.ER20-1–13SHAUBLIN NO.ESX20-1–13

T32151


T32152 [T32177]

Side lock adapter(Shank size φ20, φ19.05)

T32142 [T32178]


T32153 [T32179]


T32141


T32143MT NO.2 Adapter



○: Standard set

T00371 [T00382]

＊(Only turret 1)

Tooling system diagrams

NZX6000

Diagrams

27NZX4000/NZX6000

L


Turret 2







Boring bar sleeve



Throw-away drill

Drill

T20132 (φ20) [T20133 (φ3/4")]T20134 (φ25) [T20135 (φ1")]

Boring bar sleeve

T20136 (φ32) [T20137 (φ1 1/4")]T20138 (φ40) [T20139 (φ1 1/2")]T20140 (φ50) [T20141 (φ2")]

Boring bar sleeve

T21018＋T30003 (L=217)[T21019＋T30003]T21020＋T30003 (L=317)[T21021＋T30003]

Boring bar sleeve

T21022 [T21023]Boring bar

T21024 [T21025]Boring bar sleeve

T20142 (φ32) [T20143 (φ1 1/4")]T20144 (φ40) [T20145 (φ1 1/2")]


T22058 (MT-4) [T22059 (MT-4)]T22060 (MT-5) [T22061 (MT-5)]

Drill socket

I.D. cutting φ80 boring bar

PipeP40145

O.D. and Face cutting □32 qualified tool

GibB27133＋B27134B27133＋[B27135] 　 O.D. cutting holder

T00372④ [T00383]④


O.D. cutting holder (For φ670 works)T00374 [T00398]

# (Only turret 2)

O.D. cutting and cut-off holderT00373 [T00397]

# (Only turret 2)

GibB27133＋B27134B27133＋[B27135] 　

I.D. and Face cutting □32 qualified tool

I.D. and Face cutting holderT03030 [T03031]

LidF70184


Boring bar holder (Slit)T10169

B01254

B01257

B01255



LidF83717

Rotary tool holder for O.D. turnig (AR50)T32495(Angular bearing) Max. 3,500 min-1










T32496Rotary tool holder for facing (AR50)

T32489

T32490

Rotary tool holder for O.D. turnig (TRX32)

Rotary tool holder for facing (TRX32)T32492

T32493

Rotary tool holder for O.D. turnig (Cartridge)T32491

T32497

Rotary tool holder for facing (Cartridge)T32494

T32498

Chuck colletALPS NO. AR50-6–34REGO NO. ER50-6–34SHAUBLIN NO. ESX50-6–34

Straight collet (For adjusting screw)

ALPS NO. ASS32-6–25

Straight collet ALPS NO. AS32-6–25

Chuck colletALPS NO.AR20-1–13REGO NO.ER20-1–13SHAUBLIN NO.ESX20-1–13

T32151


T32152 [T32177]


T32142 [T32178]


T32153 [T32179]


T32141





○: Standard set

T00371 [T00382]

＊(Only turret 1)

Q80332A05

28 NZX4000/NZX6000

Standard & optional features (NZX4000/1000/2000)● : Standard features　○ : Option　☆ : Consultation is required　－: Not applicable

Spindle

Through-spindle hole diameter: φ145 mm (φ5.7 in.)

2,000 min-1: 37/30 kW (50/40 HP) <30 min./cont>

●

2,000 min-1: 45/37 kW (60/50 HP) <30 min./cont> <High output>

○


1,500 min-1: 37/30 kW (50/40 HP) <30 min./cont> <Standard>

●


○


○


1,000 min-1: 37/30 kW (50/40 HP) <30 min./cont> <Standard>

●


○


○

Turret12-station, bolt-tightened turret Turret 1 ●8-station, bolt-tightened turret Turret 2 ●Capto Specifications ○

Rotary tool spindle (turret 1)3,500 min-1: 11/7.5 kW (15/10 HP) <50%ED/cont> Only for milling or Y-axis specifications ●

TailstockTailstock spindle built-in center (MT5) φ150 mm (φ5.9 in.) ○ ●Programmable tailstock (servo motor driven) ○

Tailstock stroke check1 position ○4 positions ○

Foot switch for tailstock ○ ●Tailstock high/low pressure system ○

Work stopperIncluding Programmable tailstock (servo motor driven).

○

Fixture/Steady restSteady rest Servo-driven － ○

Hydraulic steady rest SLU-X4Z

Carriage direct-coupled － ○Servo-driven － ○＊

Interface － ○

Hydraulic steady rest SLU-X5Z


Interface － ○

Hydraulic steady rest SLU-X5.1Z


Interface － ○

Hydraulic steady rest SLU-X4ZWithout turret 2 － ○＊

Interface － ○

Hydraulic steady rest SLU-X5ZWithout turret 2 － ○＊

Interface － ○

Hydraulic steady rest SLU-X5.1ZWithout turret 2 － ○＊

Interface － ○Hydraulic steady rest SLU-X3Z Turret 2 interface ○Hydraulic chuck interface＊1 ○Index chuck interface for spindle 1 Electric parts only ○Chuck high/low pressure system ○Air chuck Front/rear ☆

Centering unit for oil-well pipeCentering chuck (Tailstock) ☆Clamping with both turret ☆

Centering chuck Spindle ☆

＊1 The hydraulic chuck interface is not included in the standard specification. So if the chuck is mounted at a customer's site, select the hydraulic chuck interface. (If the hydraulic chuck set is selected, the hydraulic chuck interface is automatically included.)

CoolantCoolant system ●

High pressure800/1,100 W (50/60 Hz) ○1 MPa (145.0 psi) / 1.5 MPa (217.5 psi) ○

Super-high pressure coolant system (Separate type)7.0 MPa (1,015.0 psi) ○＊

Interface ○Coolant chiller (Separate type) ○＊

Coolant

Mist collector

HVS-220＊1 (including stand) ○＊－HVS-300＊1 (including stand) － ○＊

AFS-1600＊2 (including stand) ○＊

Interface <duct only, φ200 mm (φ7.9 in.)> ○Interface (Electric parts only) ○

Oil skimmer ○Coolant gun ○Coolant flow switch＊3 ○Coolant float switch ○Coolant in upper part of chuck ○

＊1 For oil based coolant only (Not available in Europe)＊2 For water-soluble coolant ＊3 It may not work properly in cases where coolant flow rate is too low.

(e.g. hole machining with a small-diameter drill)

Chip disposal

Chip conveyor

Right discharge, Hinge type ○Right discharge, Magnet scraper type ○Right discharge, Hinge type＋Drum filter type ○

Chip conveyor interface

Right discharge, Hinge type ●Right discharge, Magnet scraper type ●Right discharge, Hinge type＋Drum filter type ○

Chip bucket ○＊

Air blow　Chuck ○Air blow　Tailstock spindle ○

Air blow　Tool tipTurret 1 ○Turret 2 ○

Double slide seal (X, Z-axis) ○Double slide seal (X, Z-axis)＋Force-lubrication＊1 ○

＊1 There is no forced lubrication at the positive side of the X1- and X2-axis.

MeasurementManual in-machine tool presetter (Removable) Turret 2 ○Manual in-machine tool presetter (Pivoting type) Turret 1, 2 ○Automatic in-machine tool presetter (Pivoting type) Turret 1, 2 ○In-machine measuring system wireless sensor MARPOSS ○

Improved accuracyFull closed loop control (Scale feedback) <X-axis>

Turret 1 ●Turret 2 ●

Full closed loop control (Scale feedback) <Z-axis>

Turret 1 ○Turret 2 ○

Full closed loop control (Scale feedback) <Y-axis> ○

AutomationAutomatic door ○

Ethernet/IP interface ○

Robot interface Ethernet/IP ○

Earth leakage breaker ○

Total counter ○

Workpiece counter ○

Other・Built-in worklight　・Tool holders　・Hand tools ●Signal light 3 layers Red, Yellow, Green (LED type) ○

External M-code5 ○10 ○

Manual pulse generator (separate type) ○Power ON indicator ○

Chuck foot switch1 foot switch ●2 foot switches ○

Normal anchor ○Dry anchor ○Danger sensing device Interface ○Refrigerating type air dryer ○＊

Tool cabinet ○＊

Long boring bar specifications －Capto holder ☆

Operation panel height1,570 mm–1,870 mm (61.8–73.6 in.) ● ○1,570 mm (61.8 in.) － ●

StepInside machine ○Outside machine <height 300 mm (11.8 in.)> ○

＊ DMQP (DMG MORI Qualified Products)● DMQP: Please see Page 11 for details.● The information in this catalog is valid as of June 2019.● Specifications, accessories, safety device and function are available upon request.● Some options are not available in particular regions.

For details, please consult our sales representative.

Flammable coolant such as oil-based coolant has a high risk of ignition, and will cause fire or machine breakage if ignited. If you have to use a flammable coolant for any reason, please be sure to consult our sales representative.

NZX4000/1000

NZX4000/2000

NZX4000/1000

NZX4000/2000

Specifications

29NZX4000/NZX6000

Standard & optional features (NZX6000/1000/2000)● : Standard features　○ : Option　☆ : Consultation is required　－: Not applicable

Spindle


1,000 min-1: 45/37 kW (60/50 HP) <30 min./cont> ●1,000 min-1: 75/55 kW (100/75 HP) <30 min./cont> <High output>

○


500 min-1: 45/37 kW (60/50 HP) <30 min./cont> <Standard>

●

500 min-1: 75/55 kW (100/75 HP) <30 min./cont> <High output>

○



●


○


Rotary tool spindle (turret 1)3,500 min-1: 15/11 kW (20/15 HP) <30 min./cont> Only for milling or Y-axis specifications ●

Tailstock

Tailstock spindle built-in centerMT5 ○ ●MT6 ○

Programmable tailstock (servo motor driven) ○


Foot switch for tailstock ○ ●Tailstock high/low pressure system ○Work stopper Including Programmable tailstock (servo motor driven). ○

Fixture/Steady restSteady rest Servo-driven ○

Hydraulic steady rest SLU-X4ZServo-driven ○＊

Interface ○


Interface ○

Hydraulic steady rest SLU-X5.1ZServo-driven ○＊

Interface ○


Interface ○

Hydraulic steady rest SLU-X4ZWithout turret 2 ○＊

Interface ○


Interface ○

Hydraulic steady rest SLU-X5.1ZWithout turret 2 ○＊

Interface ○


Interface ○Hydraulic steady rest SLU-X3.2Z Turret 2 interface ○Hydraulic steady rest SLU-X4Z Turret 2 interface ○Hydraulic chuck interface＊1 ○Index chuck interface for spindle 1 Electric parts only ○Chuck high/low pressure system ○Air chuck Front/rear ☆








Mist collector

HVS-220＊1 (including stand) ○＊－HVS-300＊1 (including stand) － ○＊



CoolantOil skimmer ○Coolant gun ○Coolant flow switch＊3 ○Coolant float switch ○Coolant in upper part of chuck ○



Chip disposal

Chip conveyor




Chip bucket ○＊






Improved accuracyFull closed loop control (Scale feedback) <X-axis>


Full closed loop control (Scale feedback) <Z-axis>

Turret 1 ○Turret 2 ○


AutomationAutomatic door ○Ethernet I/P interface ○Robot interface Ethernet I/P ○Earth leakage breaker ○Total counter ○Workpiece counter ○






Tool cabinet ○＊

Long boring bar holderφ100 mm (φ3.9 in.) ○φ130 mm (φ5.1 in.) ○

Long boring bar specifications － ☆Capto holder ☆

Operation panel height

1,570 mm (61.8 in.) － ●1,570–1,820 mm (61.8–71.7 in.) － ○1,570–1,870 mm (61.8–73.6 in.) ● －1,820–2,070 mm (71.7–81.5 in.) － ○


Electric winch (for tool setting) Max. loading capacity 60 kg (132 lb.) ○

NZX6000/1000

NZX6000/2000

NZX6000/1000

NZX6000/2000




30 NZX4000/NZX6000

Standard & optional features (NZX6000/3000/4000)

Spindle


1,000 min-1: 45/37 kW (60/50 HP) <30 min./cont>

●


○



●


○


Rotary tool spindle (turret 1)3,500 min-1: 15/11 kW (20/15 HP) <30 min./cont> Only for milling or Y-axis specifications ●

TailstockTailstock spindle built-in center MT6 ●Programmable tailstock (servo motor driven) ○


Foot switch for tailstock ●Tailstock high/low pressure system ○

Work stopperIncluding Programmable tailstock(servo motor driven).

○

Fixture/Steady restSteady rest Servo-driven ○


Interface ○


Interface ○

Hydraulic steady rest SLU-X5.1ZServo-driven ○＊

Interface ○


Interface ○


Interface ○


Interface ○

Hydraulic steady rest SLU-X5.1ZWithout turret 2 ○＊

Interface ○


Interface ○Hydraulic steady rest SLU-X3.2Z Turret 2 interface ○Hydraulic steady rest SLU-X4Z Turret 2 interface ○Hydraulic chuck interface＊1 ○Index chuck interface for spindle 1 Electric parts only ○Chuck high/low pressure system ○Air chuck Front/rear ☆








Mist collector

HVS-300＊1 (including stand) ○＊



CoolantOil skimmer ○Coolant gun ○Coolant flow switch＊3 ○Coolant float switch ○Coolant in upper part of chuck ○



Chip disposal

Chip conveyor




Chip bucket ○＊






Improved accuracyFull closed loop control (Scale feedback)<X-axis>


Full closed loop control (Scale feedback)<Z-axis>

Turret 1 ○Turret 2 ○Turret 1＋Turret 2 － ○


AutomationAutomatic door ○Ethernet/IP interface ○Robot interface Ethernet/IP ○Earth leakage breaker ○Total counter ○Workpiece counter ○






Tool cabinet ○＊

Long boring bar holderφ100 mm (φ3.9 in.) ○φ130 mm (φ5.1 in.) ○

Long boring bar specifications ☆Capto holder ☆

Operation panel height

1,570 mm (61.8 in.) ●1,570–1,820 mm (61.8–71.7 in.) ○1,820–2,070 mm (71.7–81.5 in.) ○


Electric winch (for tool setting) Max. loading capacity 60 kg (132 lb.) ○Reassembly fee, on-site installation fee ○

NZX6000/3000

NZX6000/4000

NZX6000/3000

NZX6000/4000

● : Standard features　○ : Option　☆ : Consultation is required　－: Not applicable




Specifications

31NZX4000/NZX6000

● : Standard　　○ : Option　　－: Not applicable Numerical control unit specifications M730BM

Controlled axes

Least input incrementX, Y, Z: 0.001 mm (0.0001 in.) ●C: 0.001° ●

Max. command value ±99,999.999 mm (±9,999.9999 in.) ●Stored stroke check 2 ○Stored stroke check 3 (prohibited area to enter: inside of set area) ●

Programming resolution multiplied by 1/10X, Y, Z: 0.0001 mm (0.00001 in.) ○C: 0.0001° ○

Programming resolution multiplied by 10 ○

OperationManual pulse handle feed ×1, ×10, ×100 ●Manual handle interruption ○Program restart ○Tool retract and recover ○Sequence number comparison and stop ○

Interpolation functionsThreading, synchronous cutting ●Multiple thread cutting ●Thread cutting retract ●Continuous thread cutting ●External high-speed skip (Installation of high-speed skip terminal) ○Variable lead threading G34 ●Variable speed thread cutting ●Circular threading ○Hob cutting ○

Feed functionsTangential speed constant control ●Feedrate override 0-200% <10% increments> ●Override cancel ●Balance cutting ●

Program input

Program number4 digits O code ●8 digits O code Sequence change is required

○

Sequence number 5 digits N code ●

Decimal point inputDecimal point programming or electronic calculator type decimal point programming can be set using parameters

●

Plane selection G17, G18, G19 ●Rotary axis roll-over ●Workpiece coordinate system selection G52, G53, G54-G59 ●Programmable data input G10 ●Sub-program call Up to 8 nestings ●Interruption type custom macro ●Single canned cycle ●Multiple canned cycle ●Multiple canned cycle Ⅱ Pocket profile, zigzag thread cutting ●F15 format ●Addition of optional block skip Soft key type (2-9) ○Additional workpiece coordinate systems 48 sets ○Custom macro Total 200 variables (#100-#199, #500-#599) ●

Addition of custom macro common variablesTotal 300 variables (#100-#199, #500-#699) ○Total 600 variables (#100-#199, #500-#999) ○

Manual coordinate function ○Relief machining <MAPPS> ○DXF import function <MAPPS> ○MORI-POST Advanced mode <MAPPS> ○Efficient Production Package (High-speed canned cycle) <MAPPS> ○

Miscellaneous functions/Spindle speed functionsMultiple M cords in single block <Multi M code function> Available for specific M code ●Spindle speed override 50-150% (10% increments) ●Load monitoring function ●Synchronous tapping Turning spindle ●

Spindle orientation

Without lock function ●Software lock ○Mechanical lock ○

Tool functions / Tool offset functionsTool functions 4 digits T code ●Number of tool offsets 80 sets ●Tool nose radius offset G40-G42 ●Tool geometry offset/Tool wear offset ●Tool life management 80 sets ●Automatic tool nose radius compensation automatic determination of offset direction ○Tool geometry offset Ⅰ-type ○Groove width compensation ○

Editing

Part program storage length <in total>/Registerable programs <in total>

125 KB <320 m (1,050 ft)>/200 programs ●230 KB <600 m (1,970 ft)>/400 programs ○500 KB <1,280 m (4,200 ft)>/1,000 programs ○1 MB <2,560 m (8,400 ft)>/1,000 programs ○2 MB <5,120 m (16,800 ft)>/1,000 programs ○

Background editing ●Expanded tape editing ●Undo/Redo function <MAPPS> ●Line number display <MAPPS> ●

Setting and displayStatus display ●Clock function ●Actual position display ●Program comment display Program name: 48 characters ●Parameter setting display ●Self-diagnosis Includes alarm display, I/O signal diagnosis and ladder diagram ●Alarm display ●Alarm history display ●Operation history display ●Help function ●Running time / Parts count display ●Actual feedrate display ●Operation panel : Display section 19-inch TFT color LCD ●Multi-counter display <MAPPS> ○

Data input/output

I/O interfaceUSB memory ●RS-232-C ●

Ethernet10/100/1000BASE-T Access to user memory area by Ethernet function with MORI-SERVER Software

●

6 GB Program storage area (for MAPPS-DNC operation, for data backup) <MAPPS>

Files up to 10 MB in size can be edited ●

External work number search (#1-#15) ○Fast data server ○Memory card for Data server ＊1 ○

＊1 SD card 2 GB

Available items by type ＊When equipped with an optional programmable tailstock (servo motor driven)

Item Turning specifications Milling specifications Y-axis specifications

Controlled axes

Controlled axesTurret 1 X1, Z1, T1, B＊ X1, Z1, C1, T1, B＊ X1, Z1, C1, T1, Y1, B＊

Turret 2 X2, Z2, T2

Simultaneously controlled axes

Turret 1 X1, Z1 X1, Z1, C1 X1, Z1, C1, Y1Turret 2 X2, Z2

Inclined axis control for arbitrary axis (Y-axis) －－ ●

Interpolation functions

Polar coordinate interpolation G12.1, G13.1 (G112, G113) － ● ●Cylindrical interpolation G7.1 (G107) － ● ●Helical interpolation Circular interpolation＋linear interpolation <Max. 2 axes> － ● ●Polygon turning － ○ ○

Program input

Absolute (incremental) programming X (U), Z (W) X (U), Z (W), C (H), B X (U), Z (W), Y (V), C (H), BHole machining canned cycle － ● ●Islands, open pockets <MAPPS> － ○ ○Text Engraving Function <MAPPS> － ○ ○

Miscellaneous functions/Spindle speed functions

Multiple-spindle control － ● ●Synchronous tapping (Rotary tool spindle) － ● ●

Tool functions/Tool offset functions Y-axis offset －－ ●● The information in this catalog is valid as of June 2019.

I95031A06

32 NZX4000/NZX6000

Machine specificationsItem

ＮＺX4000

Turning specifications Milling specifications Y-axis specifications

Capacity

Swing over bed mm (in.) 930 (36.6)

Swing over cross slide mm (in.) 520 (20.5)

Max. turning diameter mm (in.) No.1: φ660 (φ25.9)　No.2: φ460 (φ18.1)

Max. turning length mm (in.) No.1: 1,000 (39.3)　No.2: 862 (33.9) </1000>　No.1: 2,000 (78.7)　No.2: 1,862 (73.3) </2000>

Travel

X-axis travel mm (in.) No.1: 385 (15.1) 　No.2: 235 (9.2)

Y-axis travel mm (in.) － ±70 (±2.7)

Z-axis travel mm (in.) No.1: 1,100 (43.3)　No.2: 1,000 (39.3) </1000>　No.1: 2,100 (82.6)　No.2: 2,000 (78.7) </2000>

Spindle

Max. spindle speed min-1

2,000 <Through-spindle hole diameter: φ145 mm (φ5.7 in.)>1,500 <Through-spindle hole diameter: φ185 mm (φ7.2 in.)>

1,000 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>

Number of spindle speed ranges 2

Spindle noseA2-11 <Through-spindle hole diameter: φ145 mm (φ5.7 in.)>A2-15 <Through-spindle hole diameter: φ185 mm (φ7.2 in.)>

A1-20 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>

Through-spindle hole diameter mm (in.) φ145 (φ5.7)　φ185 (φ7.2)　φ285 (φ11.2)

Min. spindle indexing increment － 0.001°

Spindle bearing inner diameter mm (in.)φ200 (φ7.8) <Through-spindle hole diameter: φ145 mm (φ5.7 in.)>φ260 (φ10.2) <Through-spindle hole diameter: φ185 mm (φ7.2 in.)>φ360 (φ14.1) <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>

Chuck used 15-24 inch Solid & hollow, Air chuck

Turret

Number of turrets 2

Turret type No.1: 12-station　No.2: 8-station

Number of tool stations No.1: 12　No.2: 8 No.1: 12 (Rotary tool: 12)　No.2: 8

Shank height for square tool mm (in.) 32 (1.3)

Shank diameter for boring bar mm (in.) φ60 (φ2.4)

Turret indexing time sec. 0.4

Max. rotary tool spindle speed min-1 － No.1: 3,500

FeedrateRapid traverse rate

mm/min (ipm) X-axis: 20,000 (787.4)　Z-axis: 24,000 (944.9)X-axis: 20,000 (787.4)　Z-axis: 24,000 (944.9)　

Y-axis: 10,000 (393.7)

min-1 C-axis: 100

Jog feedrate mm/min (ipm) X, Y, Z-axis: 0-5,000 (0-196.9) <20 steps>

Tailstock

Tailstock travel mm (in.) [1,000 (39.3)] </1000>　2,000 (78.7) </2000>

Tailstock spindle diameter mm (in.) [φ150 (φ5.9)] </1000>　φ150 (φ5.9) </2000>

Taper hole of tailstock spindle mm (in.) [φ150 (φ5.9), MT5 (Built-in center)] </1000>　φ150 (φ5.9), MT5 (Built-in center) </2000>

Tailstock spindle travel mm (in.) [150 (5.9)] </1000>, 150 (5.9) </2000>

MotorsSpindle drive motor (30 min./cont) kW (HP) 37/30 (50/40) [45/37 (60/50)] [75/55 (100/75) <Voltage 400 V>]

Rotary tool spindle drive motor (50%ED/cont) kW (HP) － No.1: 11/7.5 (15/10)

Power sources (Standard)

Electrical power supply (cont) I94130B03 (kVA) 66.3 78.7 81.7

Compressed air supply MPa (psi), L/mm (gpm) 0.5 (72.5), 400 (105.6) <ANR>

Tank capacity Coolant tank capacity L(gal.) 620 (163.7) </1000>　900 (237.6) </2000>

Machine size

Machine height (From floor) mm (in.) 2,789 (109.8)

Floor space (Width×Depth) mm (in.) 5,690×2,791 (224.0×109.9) </1000>　6,690×3,080 (263.4×121.3) </2000>

Mass of machine kg (lb.) 23,100 (50,820) </1000>　26,500 (58,300) </2000>

[ ] Option　No.1: Turret 1　No.2: Turret 2● Max. spindle speed: Depending on restrictions imposed by the workpiece clamping device, fixture and tool used, it may not be possible to rotate at the maximum spindle speed.● ANR: ANR refers to a standard atmospheric state; i.e., temperature at 20°C (68°F); absolute pressure at 101.3 kPa (14.7 psi); and relative humidity at 65%.● Power sources・Machine size: the actual values may differ from those specified in the catalogue, depending on the optional features and peripheral equipment.● Compressed air supply: Please be sure to supply clean compressed air <air pressure: 0.7 MPa (101.5 psi), pressure dew point: 10℃ (50°F) or below>. ● A criterion capacity to select a compressor is 90 L/min (23.8 gpm) per 0.75 kW (1 HP). However, this figure may differ depending on the type of compressors and options attached. For details, please check the compressor specifications.● When the tool tip air blow is regularly used, air supply of more than 300 L/min (79.2 gpm) is separately required.● The information in this catalog is valid as of June 2019.

Specifications

33NZX4000/NZX6000

ItemＮＺX6000


Capacity

Swing over bed mm (in.) 1,200 (47.2)


Max. turning diameter mm (in.) No.1: φ900 (φ35.4)　No.2: φ670 (φ26.3)

Max. turning length mm (in.) No.1: 1,000 (39.3)　No.2: 840 (33.0) </1000>　No.1: 2,000 (78.7)　No.2: 1,840 (72.4) </2000>

Travel

X-axis travel mm (in.) No.1: 485 (19.0) <450+35 (17.7+1.3)>　No.2: 340 (13.3) <335+5 (13.1+0.19)>

Y-axis travel mm (in.) － 200 (7.8) <±100 (±3.9)>


Spindle

Max. spindle speed min-

1,000 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>

500 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>


1,000 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>500 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Number of spindle speed ranges




2 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>1 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Spindle nose



φ720 mm (φ28.3 in) <Through-spindle hole diameter: φ560 mm (φ22.0 in.)>

A1-20 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>A2-20 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Through-spindle hole diameter mm (in.) φ285 (φ11.2)　φ375 (φ14.7)　φ560 (φ22.0) φ285 (φ11.2)　φ375 (φ14.7)


Spindle bearing inner diameter mm (in.)

360 (14.1) <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>

451 (17.7) <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

685.8 (27.0) <Through-spindle hole diameter: φ560 mm (φ22.0 in.)>

360 (14.1) <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>451 (17.7) <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>


Turret

Number of tool slides 2



Shank height for square tool mm (in.) 32 (1.3 )

Shank diameter for boring bar mm (in.) Max. 60 (2.4) [80 (3.1)]



Rotary tool machining ability mm (in.) No.1: Max. φ50 (φ1.9) <Drill>　Max. φ40 (φ1.5) <End mill>　Max. φ125 (φ4.9) <Milling>　Max. M36 <Tap>


mm/min (ipm) Ｘ, Z-axis: 20,000 (787.4) Ｘ, Z-axis: 20,000 (787.4)　Y-axis: 10,000 (393.7)

min-1 － C-axis: 20

Jog feedrate mm/min (ipm) X, Y, Z-axis: 0-5,000 (0–196.9) <20 steps>

Tailstock

Tailstock travel mm (in.) [1,000 (39.3)] </1000>　1,990 (78.3) </2000>

Tailstock spindle diameter mm (in.) [φ150 (φ5.9)] </1000>　φ150 (φ5.9) </2000>

Taper hole of tailstock spindle mm (in.) [φ150 (φ5.9), MT5 (Built-in center)] </1000>　φ150 (φ5.9), MT5 (Built-in center) [φ180 (φ7.1), MT6 (Built-in center)] </2000>

Tailstock spindle travel mm (in.) 150 (5.9)

MotorsSpindle drive motor (30 min./cont) kW (HP) 45/37 (60/50) [75/55 (100/75) <Voltage 400 V>]

Rotary tool spindle drive motor (30 min./cont) kW (HP) － No.1: 15/11 (20/15)

Power sources (Standard)

Electrical power supply (cont) I94130B03 (kVA)81.6 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>84.4 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>84.4 <Through-spindle hole diameter: φ560 mm (φ22.0 in.)>

94.1 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>96.9 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

97.9 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>100.7 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Compressed air supply MPa (psi), L/min (gpm) 0.5 (72.5), 400 (105.6) <ANR>

Tank capacity Coolant tank capacity L (gal.) 790 (208.6) </1000>　940 (248.2) </2000>

Machine size

Machine height (From floor) mm (in.) 3,275 (128.9) </1000>　3,277 (129.0) </2000>



Noise data A-weighted, time-average radiated sound pressure level dB 54-67 (measurement uncertainty is 4 dB)

[ ] Option　No.1: Turret 1　No2: Turret 2● Only turning is possible with type E. Type E is available with distances between centers of 1,000 mm(39.4 in.) and 2,000 mm(78.7 in.) only.● Max. spindle speed: Depending on restrictions imposed by the workpiece clamping device, fixture and tool used, it may not be possible to rotate at the maximum spindle speed.● ANR: ANR refers to a standard atmospheric state; i.e., temperature at 20°C (68°F); absolute pressure at 101.3 kPa (14.7 psi); and relative humidity at 65%.● Power sources・Machine size: the actual values may differ from those specified in the catalogue, depending on the optional features and peripheral equipment.● Compressed air supply: Please be sure to supply clean compressed air <air pressure: 0.7 MPa (101.5 psi), pressure dew point: 10℃ (50°F) or below>. ● A criterion capacity to select a compressor is 90 L/min (23.8 gpm) per 0.75 kW (1 HP). However, this figure may differ depending on the type of compressors and options attached. For details, please check the compressor specifications.● When the tool tip air blow is regularly used, air supply of more than 300 L/min (79.2 gpm) is separately required.● Noise data: the measurement was performed at the front of the machine with a maximum spindle speed of 1,000 min-1. For details, please consult our sales representative.● The information in this catalog is valid as of June 2019.

34 NZX4000/NZX6000

Machine specificationsItem

ＮＺX6000


Capacity

Swing over bed mm (in.) 1,200 (47.2)


Max. turning diameter mm (in.) No.1: φ900 (φ35.4)　　No.2: φ670 (φ26.3)

Max. turning length mm (in.) No.1: 3,000 (118.1)　No.2: 2,840 (111.8) </3000>　No.1: 4,000 (157.5)　No.2: 3,840 (151.1) </4000>

Travel

X-axis travel mm (in.) No.1: 485 (19.0) <450+35 (17.7+1.3)>　No.2: 340 (13.3) <335+5 (13.1+0.19)>

Y-axis travel mm (in.) － 200 (7.8) <±100 (±3.9)>


Spindle

Max. spindle speed min-11,000 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>500 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Number of spindle speed ranges2 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>1 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Spindle noseA1-20 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>A2-20 <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>

Through-spindle hole diameter mm (in.) φ285 (φ11.2)　φ375 (φ14.7)


Spindle bearing inner diameter mm (in.)360 (14.1) <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>451 (17.7) <Through-spindle hole diameter: φ375 mm (φ14.7 in.)>


Turret

Number of tool slides 2



Shank height for square tool mm (in.) 32 (1.3 )

Shank diameter for boring bar mm (in.) Max. 60 (2.3) [80 (3.1)]



Rotary tool machining ability mm (in.) No.1: Max. φ50 (φ1.9) <Drill>　Max. φ40 (φ1.5) <End mill>　Max. φ125 (φ4.9) <Milling>　Max. M36 <Tap>


mm/min (ipm) X, Z-axis: 20,000 (787.4) X, Z-axis: 20,000 (787.4)　Y-axis: 10,000 (393.7)

min-1 － C-axis: 20

Jog feedrate mm/min (ipm) X, Y, Z-axis: 0-5,000 (0-196.9) <20 steps>

Tailstock

Tailstock travel mm (in.) 2,990 (117.7) </3000>　3,990 (157.0) </4000>

Tailstock spindle diameter mm (in.) φ180 (φ7.1)

Taper hole of tailstock spindle mm (in.) φ180 (φ7.1), MT6 (Built-in center)

Tailstock spindle travel mm (in.) 150 (5.9)

MotorsSpindle drive motor (30 min./cont) kW (HP) 45/37 (60/50) [75/55 (100/75) <Voltage: 400 V>]

Rotary tool spindle drive motor (30 min./cont) kW (HP) － No.1: 15/11 (20/15)

Power sources(Standard)

Electrical power supply (cont) I94130B03 (kVA)

81.6 <Through-spindle hole diameter: φ285 mm (φ11.2 in.)>






Compressed air supply MPa (psi), L/min (gpm) 0.5 (72.5), 400 (105.6) <ANR>

Tank capacity Coolant tank capacity L (gal.) 1,090 (287.8) </3000>　1,160 (306.2) </4000>

Machine size

Machine height (From floor) mm (in.) 3,268 (128.7)



Noise data A-weighted, time-average radiated sound pressure level dB 54-67 (measurement uncertainty is 4 dB)

[ ] Option　No.1: Turret 1　No.2: Turret 2● Only turning is possible with type E. Type E is available with distances between centers of 1,000 mm(39.4 in.) and 2,000 mm(78.7 in.) only.● Max. spindle speed: Depending on restrictions imposed by the workpiece clamping device, fixture and tool used, it may not be possible to rotate at the maximum spindle speed.● ANR: ANR refers to a standard atmospheric state; i.e., temperature at 20°C (68°F); absolute pressure at 101.3 kPa (14.7 psi); and relative humidity at 65%.● Power sources・Machine size: the actual values may differ from those specified in the catalogue, depending on the optional features and peripheral equipment.● Compressed air supply: Please be sure to supply clean compressed air <air pressure: 0.7 MPa (101.5 psi), pressure dew point: 10℃ (50°F) or below>. ● A criterion capacity to select a compressor is 90 L/min (23.8 gpm) per 0.75 kW (1 HP). However, this figure may differ depending on the type of compressors and options attached. For details, please check the compressor specifications.● When the tool tip air blow is regularly used, air supply of more than 300 L/min (79.2 gpm) is separately required.● Noise data: the measurement was performed at the front of the machine with a maximum spindle speed of 1,000 min-1. For details, please consult our sales representative.● The information in this catalog is valid as of June 2019.

Specifications

NZX4060_EB01V_FORM.indd 6 2019/06/04 13:36

DMG MORI CO., LTD.

Nagoya Head Office □ 2-35-16 Meieki, Nakamura-ku, Nagoya City, Aichi 450-0002, Japan Phone: +81-52-587-1811Tokyo Global Headquarters □ 2-3-23, Shiomi, Koto-ku, Tokyo 135-0052, Japan Phone: +81-3-6758-5900

Iga Campus □ 201 Midai, Iga City, Mie 519-1414, Japan Phone: +81-595-45-4151Nara Campus □ 362 Idono-cho, Yamato-Koriyama City, Nara 639-1183, Japan Phone: +81-743-53-1121

<Precautions for Machine Relocation>

EXPORTATION:All contracts are subject to export permit by the Government of Japan. Customer shall comply with the laws and regulations of the exporting country governing the exportation or re-exportation of the Equipment, including but not limited to the Export Administration Regulations. The Equipment is subject to export restrictions imposed by Japan and other exporting countries and the Customer will not export or permit the export of the Equipment anywhere outside the exporting country without proper government authorization. To prevent the illegal diversion of the Equipment to individuals or nations that threaten international security, it may include a “Relocation Machine Security Function” that automatically disables the Equipment if it is moved following installation. If the Equipment is so-disabled, it can only be re-enabled by contacting DMG MORI or its distributor representative. DMG MORI and its distributor representative may refuse to re-enable the Equipment if it determines that doing so would be an unauthorized export of technology or otherwise violates applicable export restrictions. DMG MORI and its distributor representative shall have no obligation to re-enable such Equipment. DMG MORI and its distributor representative shall have no liability (including for lost profits or business interruption or under the limited service warranty included herein) as a result of the Equipment being disabled.

+ DCG, DDM, BMT, ORC, compactMASTER, CELOS, ERGOline, COMPACTline, DMG MORI SMARTkey and DMG MORI gearMILL are trademarks or registered trademarks of DMG MORI CO., LTD. in Japan, the USA and other countries.

+ If you have any questions regarding the content, please consult our sales representative.

+ The information in this catalog is valid as of June 2019. Designs and specifications are subject to changes without notice.

+ The machines shown in the catalog may differ from the actual machines. The location and the size of the nameplates may also differ from the actual machines, or the nameplates may not be attached to some machines.

+ DMG MORI is not responsible for differences between the information in the catalog and the actual machine.

NZX4060-EB01VV.1907.CDT.0000Created in Japan

NZX4060 EB01V CC15 - DMG MORI Manufacturing USA...2 NZX4000/NZX6000 Large-scale high-efficiency...

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