DMG Mori NZ DUE

$350,000 - $550,000 Updated 2026-03-13

Key Specifications

max bar capacity

65 mm (2.56 in)

max chuck diameter

120 mm (4.72 in)

max workpiece length short

740 mm (29.1 in)

max workpiece length long

1,290 mm (50.8 in)

main spindle speed

7,000 RPM

main spindle torque

174 Nm (128.3 ft-lb)

Overview

The DMG Mori NZ DUE is a next-generation production turning center built on the modular NZ platform, featuring two machining units in the workspace. DMG Mori launched the NZ platform at EMO 2021 to replace aging multi-turret designs with a flexible architecture that scales from two to four units across the DUE, TRE, and QUATTRO variants.

The NZ DUE handles bar stock up to 65 mm diameter and chuck work up to 120 mm. Workpiece length capacity runs 740 mm on the short-bed version and 1,290 mm on the long variant. Each machining unit gets a Y-axis with 80 mm of travel and an optional B-axis with a swivel range from -10 to +100 degrees. That B-axis capability means you can attack features at compound angles without refixturing, which is a significant advantage on complex turned-and-milled parts.

The turnMASTER main spindle delivers up to 7,000 RPM with 174 Nm of torque. Milling spindles run at 12,000 RPM, which is strong enough for serious secondary milling operations. The TWIN spindle adds Swiss-type guide bush functionality at 5,000 RPM and can also serve as a hydraulic steady rest or a turning spindle at 4,000 RPM with 60 Nm.

Control is CELOS with MAPPS on a Mitsubishi platform, giving operators a 21.5-inch multi-touch interface with IoT connectivity and job management apps built in. The modular design means you configure the NZ DUE to your specific workload rather than buying capability you don't need. Against competing twin-turret lathes like the Nakamura-Tome WY-100II or Mazak QUICK TURN 200MSY, the NZ DUE offers more flexibility through its independent machining units but comes at a premium price point that reflects DMG Mori's positioning. Specs sourced from DMG Mori published data and industry press releases.

Full Specifications

Parameter	Value
Max Bar Capacity	65 mm (2.56 in)
Max Chuck Diameter	120 mm (4.72 in)
Max Workpiece Length Short	740 mm (29.1 in)
Max Workpiece Length Long	1,290 mm (50.8 in)
Main Spindle Speed	7,000 RPM
Main Spindle Torque	174 Nm (128.3 ft-lb)
Milling Spindle Speed	12,000 RPM
Twin Spindle Speed	5,000 RPM (guide bush) / 4,000 RPM (turning)
Twin Spindle Torque	60 Nm (44.3 ft-lb)
Y Axis Travel	80 mm (3.15 in)
B Axis Swivel	-10 to +100 degrees
Machining Units	2
CNC Control	CELOS with MAPPS (Mitsubishi)
1290 Mm	50.8 in.
72 Mm	2.8 in.
210 Mm	8.3 in.
80 Mm	3.1 in.
Customer Benefits	Functionality - Selection of the cycle by pressing the associated key on the operating panel

Specifications sourced from us.dmgmori.com — verified 2026-03-28

Strengths & Limitations

Strengths

Modular NZ platform lets you configure two independent machining units exactly to your workload, avoiding paying for unused capability
turnMASTER spindle at 7,000 RPM with 174 Nm provides strong turning performance across steel, stainless, and exotic alloys
12,000 RPM milling spindle handles serious secondary milling work that would otherwise require a separate VMC setup
B-axis option with -10 to +100 degree swivel enables compound-angle machining without refixturing
TWIN spindle doubles as guide bush, steady rest, or secondary turning spindle depending on the job requirements
CELOS interface with 21.5-inch multi-touch screen and IoT connectivity streamlines job management and machine monitoring

Limitations

Premium pricing starting around $350K puts it out of reach for smaller job shops that could get by with a conventional twin-turret lathe
NZ platform is relatively new (launched 2021), so the used market is essentially nonexistent for shops looking for a deal
Complexity of independent machining units means longer setup times on simple jobs compared to a basic 2-axis lathe
DMG Mori service and parts costs reflect their premium market positioning

Best For

Production shops running complex turned-and-milled parts that need multiple simultaneous operations to hit cycle time targets Automotive tier suppliers machining transmission shafts, CV joint components, and other high-volume precision parts Aerospace manufacturers needing B-axis capability for compound-angle features on turbine and actuator components Contract manufacturers looking to consolidate multiple lathe and mill setups into a single flexible platform Medical device shops producing implant components and surgical instruments with tight tolerances and complex geometries

Frequently Asked Questions

01 What is the difference between the NZ DUE, NZ TRE, and NZ QUATTRO?

The names indicate the number of machining units in the workspace: DUE has two, TRE has three, and QUATTRO has four. All share the same modular NZ platform, same spindle technology, and same control system. More units mean more simultaneous operations and shorter cycle times, but also higher cost and complexity.

02 What does a new DMG Mori NZ DUE cost?

New pricing typically runs $350,000-$550,000 depending on configuration. Adding the B-axis, long-bed option, and high-speed milling spindle upgrades all push the price higher. Since the platform launched in 2021, used units are essentially unavailable.

03 Can the NZ DUE do Swiss-type machining?

Yes. The TWIN spindle includes a guide bush function running at up to 5,000 RPM, giving you Swiss-type capability for long, slender parts that need support near the cutting zone. It is not a dedicated Swiss machine, but it covers many of the same applications.

04 How does the NZ DUE compare to a conventional twin-turret lathe?

The NZ DUE's independent machining units offer more flexibility than fixed turrets. Each unit has its own Y-axis and optional B-axis, so you can position and orient tools independently rather than being locked into turret station positions. The tradeoff is higher cost and more complex programming.

05 What control system does the NZ DUE use?

CELOS with MAPPS on a Mitsubishi platform. It features a 21.5-inch multi-touch screen, built-in IoT connectivity, and CELOS apps for job management, process documentation, and machine monitoring. Operators familiar with MAPPS or other Mitsubishi-based controls will adapt quickly.