DMG Mori NTX 2000

$400,000 - $600,000 Updated 2026-03-11

Key Specifications

Weight

15,270 kg (33,594 lb)

Rapid Traverse

40 m/min (1,575 ipm) X/Y/Z

Max Turn Length

1,538 mm (60.6 in)

max turning diameter

670 mm (26.4 in) swing / 610 mm (24.0 in) machining

max x axis travel

675 mm (26.6 in), range -125 to +550 mm

max y axis travel

300 mm (11.8 in) total / +/-150 mm

Overview

The DMG Mori NTX 2000 is a compact turn-mill center that's become a go-to for shops running complex, high-value parts in a single setup. It sits in the middle of DMG Mori's NTX lineup between the smaller NTX 1000 and the larger NTX 2500, covering a sweet spot for mid-size multitasking work. The "2000" loosely refers to the machine's capacity class, and it handles workpieces up to 670 mm (26.4 in) diameter and 1,538 mm (60.6 in) length.

The main spindle delivers 22 kW (30 hp) at 5,000 RPM with 230 Nm of torque, and the sub-spindle matches it spec-for-spec. Both run 8-inch chucks with 65 mm (2.6 in) bar capacity. What really sets this machine apart is the compactMASTER turn-mill spindle on the B-axis. At just 350 mm long, it's the shortest tool spindle in its class, which means you get more usable space inside the work envelope. It puts out 18.5 kW (24.7 hp) at 12,000 RPM through a Capto C6 interface, with BT40, CAT40, and HSK-A63 available as alternatives.

The B-axis swivels through a continuous 240-degree range (plus/minus 120 degrees) via Direct Drive Motor, giving you true simultaneous 5-axis capability. X-axis travel reaches 675 mm (26.6 in) with an extended range from -125 to +550 mm, and Y-axis provides plus/minus 150 mm (300 mm total / 11.8 in). The Z-axis covers 1,562 mm (61.5 in). There's also a lower turret with 10 live tool stations and its own Y-axis stroke of plus/minus 40 mm, so you can run parallel processing while the B-axis milling head handles finish work.

Tool magazine holds 38 stations standard, expandable to 76. Tool change time is 1.25 seconds. Rapid traverse hits 40 m/min (1,575 ipm) on all main axes. The machine runs on a Fanuc 31iB5 control, though Siemens CELOS is available as an alternative on newer 3rd Generation models.

The 3rd Generation update brought a 400V turning spindle, CELOS X as standard, and improved thermal displacement control through coolant circulation in spindle motors and ball screws. Floor space is 4,080 x 2,980 mm, and the machine weighs around 15,270 kg (33,594 lb). At $400,000-$600,000 configured, it competes directly with the Mazak Integrex i-200, Okuma Multus B250II, and the larger DMG Mori CTX beta 1250 TC. Aerospace, medical device, automotive, and precision equipment shops get the most value here.

Specs sourced from DMG Mori published data and dealer documentation.

Full Specifications

Parameter	Value
Max Turning Diameter	670 mm (26.4 in) swing / 610 mm (24.0 in) machining
Max Turning Length	1,538 mm (60.6 in)
Max X Axis Travel	675 mm (26.6 in), range -125 to +550 mm
Max Y Axis Travel	300 mm (11.8 in) total / +/-150 mm
Max Z Axis Travel	1,562 mm (61.5 in)
X2 Axis Travel	160 mm (6.3 in)
Z2 Axis Travel	1,402 mm (55.2 in)
Y2 Axis Travel	+/-40 mm (lower turret)
Bar Capacity	65 mm (2.6 in)
Chuck Size	8 inch
Main Spindle Speed	5,000 RPM
Main Spindle Power	22 kW (30 hp)
Main Spindle Torque	230 Nm
Sub Spindle Speed	5,000 RPM
Sub Spindle Power	22 kW (30 hp)
Sub Spindle Torque	230 Nm
Turn Mill Spindle Speed	12,000 RPM
Turn Mill Spindle Power	18.5 kW (24.7 hp)
Turn Mill Spindle Interface	Capto C6 (optional BT40/CAT40/HSK-A63)
B Axis Swivel	+/-120 deg (240 deg total), Direct Drive Motor
Tool Magazine	38 standard / 76 optional
Lower Turret	10 live tool stations with Y-axis (+/-40 mm)
Tool Change Time	1.25 seconds
Rapid Traverse Rate	40 m/min (1,575 ipm) X/Y/Z
Rapid Traverse X2	30 m/min (1,181 ipm)
Rapid Traverse Z2	38 m/min (1,496 ipm)
CNC Control	Fanuc 31iB5 (Siemens CELOS available on 3rd Gen)
Machine Weight	15,270 kg (33,594 lb)
Floor Space	4,080 x 2,980 mm
Machine Height	2,621 mm (103.2 in)
Coolant Tank	675 L (178 gal)
Electrical Supply	79.9 kVA
Machine Type	Multi Axis CNC Lathe
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670 Mm	26.4 in.
1538 Mm	60.6 in.
65 Mm	2.6 in.
675 Mm	26.6 in.
300 Mm	11.8 in.
1562 Mm	61.5 in.
The Revolution In Advanced Multitasking Machines Ntx 2000 2500 3000 3rd Generation	Metal Processing Excellence with Advanced Multi-Axis Machining \| Inter-Metal S.C. (Poland)
Details	Strongest version for 210 kg payloadFree accessibility to the machine and the automationStrongest version for 210 kg payloadFree accessibility to the machine and the automation
Strongest Version For 210 Kg Payloadfree Accessibility To The Machine And The Automation	Strongest version for 210 kg payloadFree accessibility to the machine and the automation
Strongest Version For 210 Kg Payload	Free accessibility to the machine and the automation
Customer Benefits	Before the actual machining, the machining status can be checked by using a graphic

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

Strengths & Limitations

Strengths

compactMASTER B-axis milling head at 350 mm is the shortest in its class, maximizing usable machining envelope inside the work area
Dual identical spindles (22 kW / 230 Nm each at 5,000 RPM) enable balanced main and backworking operations without compromising on either side
B-axis Direct Drive Motor with +/-120 degrees of continuous swivel gives true simultaneous 5-axis capability for complex contour work
Lower turret with 10 live tool stations and its own Y-axis stroke allows parallel processing, cutting cycle times on production runs
675 mm X-axis travel with the extended -125 to +550 mm range provides more flexibility for off-center and large-diameter work than most competitors
38-to-76 tool magazine with 1.25 second changes supports long unattended runs across multiple operations
Thermal displacement control through coolant circulation in spindle motors and ball screws holds tight tolerances over extended machining cycles

Limitations

Starting above $400K, it's a major capital investment that only pays off if you're consolidating multiple setups into one machine
65 mm bar capacity limits bar-fed work compared to larger-bore machines; shops running 3-inch or bigger stock will need to slug it
Programming simultaneous 5-axis turn-mill work demands strong CAM support (Esprit, hyperMILL, Mastercam) and experienced operators
At 15,270 kg, the machine needs serious foundation work and rigging logistics that add to the installed cost
DMG Mori service and parts costs tend to run higher than some Japanese competitors, and some owners report slow parts availability in certain regions

Best For

Aerospace shops machining complex shaft, flange, and turbine components that need turning, milling, drilling, and gear cutting in one setup Medical device manufacturers producing implants, instruments, and orthopedic components requiring 5-axis contour accuracy under tight tolerances Automotive and precision equipment production running mid-size complex parts with dual-spindle backworking to reduce handling Job shops consolidating two or three machines into a single multitasking platform to save floor space, reduce setups, and improve part accuracy Die and mold shops running complex cavity and core work that benefits from the B-axis milling head and simultaneous 5-axis capability

Frequently Asked Questions

01 What does a DMG Mori NTX 2000 cost?

A new NTX 2000 starts around $400,000 in base configuration. Adding the expanded 76-tool magazine, high-pressure coolant, automation (Robo2Go or MATRIS), and gantry loader pushes the price toward $500,000-$600,000. Used machines from 2013-2018 sell in the $150,000-$300,000 range depending on hours, configuration, and control version.

02 What's the difference between the NTX 2000 and the CTX beta 1250 TC?

Both are DMG Mori turn-mill centers, but they come from different design lineages. The NTX originated from Mori Seiki's Japanese engineering and runs a Fanuc control, while the CTX comes from the German DMG side with Siemens. The NTX 2000 has longer Z-axis travel (1,562 vs 1,200 mm) and a 10-station lower turret, while the CTX beta 1250 TC offers a more powerful main spindle (33 kW vs 22 kW) and larger bar capacity (102 vs 65 mm). The 3rd Gen NTX now offers Siemens CELOS as well.

03 What's the difference between the NTX 2000 2nd and 3rd Generation?

The 3rd Generation brought a 400V turning spindle for better cutting capability, CELOS X interface as standard, improved thermal displacement control technology, and Green Transformation (GX) energy-saving features. The mechanical platform is similar, but the 3rd Gen delivers better accuracy over long runs and a more modern operator interface.

04 How does the NTX 2000 compare to the Mazak Integrex i-200?

Both are B-axis turn-mill centers in a similar size class. The NTX 2000 has longer Z-axis travel (1,562 vs 1,524 mm) and a 10-station lower turret for parallel processing. The Integrex offers MAZATROL conversational programming that's faster for short runs and one-offs. Service networks are comparable in North America. Pricing is similar, with the NTX 2000 often slightly higher depending on configuration.

05 What control does the NTX 2000 use?

Most NTX 2000s run a Fanuc 31iB5, which is a high-end 5-axis capable control. The 3rd Generation models also offer Siemens-based CELOS X with MAPPS as an alternative. Older models (pre-2020) typically use Fanuc 31iB or 31iB5 with DMG Mori's MAPPS interface on top.

06 Can the NTX 2000 cut gears?

Yes. DMG Mori offers technology cycles for gear cutting on the NTX series, including hobbing, skiving, and gear milling using the B-axis tool spindle. It won't replace a dedicated gear machine for high-volume production, but for low-to-medium volumes it eliminates an entire secondary operation and setup.