USED DMG MORI NTX 2000/1500SZM – 2014

The DMG MORI NTX 2000/1500SZM – 2014 is a high-performance 5-axis mill-turn machining center designed to combine turning, milling, Y-axis machining, B-axis interpolation, and dual-spindle operations in one machine. This configuration is particularly suited to manufacturers producing complex components that would otherwise require multiple machines and setups. The 2014 model uses a FANUC 31iB5 CNC control and combines a main spindle, sub-spindle, lower live-tool turret, and 12,000 RPM milling spindle.

The machine provides a maximum workpiece swing of approximately 660 mm (25.9″), maximum turning diameter of 610 mm (24″) with the standard tool arrangement, and maximum turning length of 1,540 mm (60.6″). Standard bar capacity is 65 mm (2.5″), while the machine’s B-axis milling head provides simultaneous 5-axis machining capability.

The milling spindle operates at up to 12,000 RPM and uses a Capto C6 taper, while the main and sub-spindles operate at up to 5,000 RPM. The machine has a 10-station lower turret with live tooling and can be equipped with a 38- or 76-tool automatic tool storage system. The 2014 machines currently listed on the used market commonly include a FANUC 31iB5 control, chip conveyor, coolant system, dual 8″ Kitagawa chucks, and live tooling.

With its combination of turning, milling, B-axis, Y-axis, C-axis, and sub-spindle machining, the NTX 2000/1500SZM is well suited for aerospace, medical, automotive, energy, defense, precision engineering, and complex contract manufacturing applications. DMG MORI identifies the NTX family as a platform for demanding complex components requiring high precision and multitasking capability.

---

DMG MORI NTX 2000/1500SZM 2014 – AXIS

Parameter	Specification
Machine Type	5-Axis Mill-Turn Machining Center
Controlled Axes	5
Main Milling Head	B-Axis Milling Spindle
B-Axis Range	±120°
Main Spindle C-Axis	0.0001° indexing
Sub-Spindle C-Axis	0.0001° indexing
Lower Turret	10 Station
Y-Axis	125 mm / 4.9″
X-Axis	495 mm / 19.5″
Z-Axis	1,560 mm / 61.4″ + 215 mm / 8.5″ for ATC
X2-Axis	160 mm / 6.3″
Z2-Axis	1,402 mm / 55.2″

The 2014 NTX 2000/1500SZM provides a B-axis milling head with ±120° positioning, along with Y-axis movement and independent lower-turret axes.

---

DMG MORI NTX 2000/1500SZM – AXIS TRAVELS / WORK ENVELOPE

Parameter	Specification
Maximum Workpiece Swing	660 mm / 25.9″
Maximum Turning Diameter	610 mm / 24.0″
Maximum Turning Diameter at B-Axis	660 mm / 25.9″
Lower Turret Turning Diameter	274 mm / 10.7″
Maximum Turning Length	1,540 mm / 60.6″
X-Axis Travel	495 mm / 19.5″
Y-Axis Travel	125 mm / 4.9″
Z-Axis Travel	1,560 mm / 61.4″ + 215 mm / 8.5″
B-Axis	±120°
X2-Axis Travel	160 mm / 6.3″
Z2-Axis Travel	1,402 mm / 55.2″

These dimensions give the machine a substantial turning envelope while retaining the flexibility required for multi-axis milling operations.

---

DMG MORI NTX 2000/1500SZM – CAPACITY

Parameter	Specification
Maximum Workpiece Swing	660 mm / 25.9″
Maximum Turning Diameter	610 mm / 24.0″
Maximum Turning Length	1,540 mm / 60.6″
Standard Bar Capacity	65 mm / 2.5″
Optional Bar Capacity	80 mm / 3.1″
Main Chuck	8″ Kitagawa 3-Jaw Hydraulic Chuck*
Sub-Spindle Chuck	8″ Kitagawa 3-Jaw Hydraulic Chuck*
Lower Turret	10 Stations
Workpiece Machining	Turning, Milling, Y-Axis, B-Axis, C-Axis

*The listed 2014 machine is equipped with 8″ Kitagawa chucks on both spindles; chuck configuration can vary between individual machines.

---

DMG MORI NTX 2000/1500SZM – SPINDLE

Parameter	Specification
Main Spindle Speed	5,000 RPM
Sub-Spindle Speed	5,000 RPM
Spindle Nose	A2-6
Spindle Bore	73 mm / 2.9″
Optional Bar Configuration	80 mm / 3.1″
Minimum Spindle Indexing	0.0001°
Main Spindle Motor	22/18.5 kW / 30/24.7 HP
Sub-Spindle Motor	22/18.5 kW / 30/24.7 HP
Standard Spindle Torque	230/178/159 Nm
High-Torque Option	358/231/214 Nm

The dual-spindle configuration allows components to be transferred between the main and sub-spindle, reducing the number of separate setups required for complex parts.

---

DMG MORI NTX 2000/1500SZM – MILLING SPINDLE

Parameter	Specification
Maximum Milling Spindle Speed	12,000 RPM
Tool Spindle Taper	Capto C6
Optional Tapers	BT40 / CAT40 / HSK-A63 / KM-63
B-Axis Indexing	0.0001°
Milling Spindle Motor	18.5/11 kW / 24.7/15 HP
Milling Spindle Torque	120/44 Nm
Bearing Inner Diameter	70 mm / 2.7″
Maximum Tool Diameter	70 mm / 2.7″
Maximum Tool Diameter Without Adjacent Tool	125 mm / 4.9″
Maximum Tool Length	300 mm / 11.8″
Maximum Tool Mass	8 kg / 17.6 lb

The B-axis milling spindle is a major feature of the NTX 2000/1500SZM, allowing angled and simultaneous multi-axis milling operations.

---

DMG MORI NTX 2000/1500SZM – TOOL CHANGER

Parameter	Specification
Tool Magazine	Automatic Tool Changer
Standard Capacity	38 Tools
Optional Capacity	76 Tools
Listed Machine Configuration	40-Position ATC
Tool Change Time	1.25 sec
Maximum Tool Diameter	70 mm / 2.7″
Maximum Tool Diameter Without Adjacent Tool	125 mm / 4.9″
Maximum Tool Length	300 mm / 11.8″
Maximum Tool Mass	8 kg / 17.6 lb

Individual 2014 machines can have different magazine configurations, so the installed tool magazine should be verified before purchase.

---

DMG MORI NTX 2000/1500SZM – CONTROL SYSTEM

Parameter	Specification
CNC Control	FANUC 31iB5
Machine Type	5-Axis Mill-Turn
B-Axis Control	Interpolating
C-Axis Main Spindle	Yes
C-Axis Sub-Spindle	Yes
Multi-Axis Programming	Supported
Communication	RS-232 Interface on Listed Machine
Control Applications	Turning and Milling

The 2014 machines documented by CNC Exchange and MachineTools use the FANUC 31iB5 CNC control.

---

DMG MORI NTX 2000/1500SZM – COOLANT / CHIP MANAGEMENT

Parameter	Specification
Coolant System	Included
Coolant Tank Capacity	675 L / 178.2 gal
Chip Conveyor	Equipped
Coolant Through Milling Head	Equipped on Listed Machine
Chip Management	Automatic Chip Conveyor
High-Pressure Coolant	Configuration Dependent

The 2014 specifications list a 675-liter coolant tank, while specific used machines can have additional coolant options and chip-management equipment.

---

DMG MORI NTX 2000/1500SZM – POWER REQUIREMENTS

Parameter	Specification
Electrical Power Supply	79.9 kVA
Compressed Air	0.5 MPa / 72.5 psi
Compressed Air Volume	650 L/min / 171.6 gal/min
Electrical Configuration	220V on Listed Machine
Power Configuration	3-Phase Industrial Power

Electrical requirements should be confirmed against the specific machine’s nameplate and installation documentation before purchase. The published machine specification lists 79.9 kVA and 0.5 MPa compressed air.

---

DMG MORI NTX 2000/1500SZM – DIMENSIONS

Parameter	Specification
Floor Space	4,080 x 2,980 mm / 160.6 x 117.3″
Machine Height	2,621 mm / 103.2″
Listed Machine Length	Approx. 161″
Listed Machine Width	Approx. 118″
Machine Weight	15,270 kg / 33,594 lb
Weight with 76-Tool Magazine	15,780 kg / 34,716 lb

The exact footprint can vary depending on chip conveyor, tool magazine, coolant equipment, and other installed options.

---

DMG MORI NTX 2000/1500SZM – GENERAL INFORMATION

Parameter	Specification
Manufacturer	DMG MORI
Model	NTX 2000/1500SZM
Year	2014
Machine Type	CNC Mill-Turn Machining Center
Number of Axes	5
Main Spindle	5,000 RPM
Sub-Spindle	5,000 RPM
Milling Spindle	12,000 RPM
CNC Control	FANUC 31iB5
Milling Taper	Capto C6
Lower Turret	10 Station
Tool Magazine	38 / 76 Tools
Bar Capacity	65 mm / 2.5″ Standard
Chip Conveyor	Yes
Coolant System	Yes
Condition in Current Listings	Used
Typical Market Status	Request Quote / Price on Request

Several 2014 NTX 2000/1500SZM machines are currently listed in the used market, with asking prices commonly handled through quotation rather than a universally published price. One current listing has a public asking price of $149,500, while other 2014 examples remain listed as request-a-quote machines.

---

INDUSTRIES THAT USE DMG MORI NTX 2000/1500SZM

The NTX 2000/1500SZM is designed for manufacturers that need turning and complex multi-axis milling in the same machining platform. Its dual-spindle architecture and B-axis milling head make it especially useful when a component requires multiple machining operations from different directions.

Common industries include:

• Aerospace
• Medical and surgical components
• Automotive
• Defense
• Oil and gas
• Energy
• Precision contract manufacturing
• General industrial equipment
• Tool and mold manufacturing

For these applications, the ability to perform turning, drilling, milling, contouring, and multi-face machining on one platform can reduce workholding changes and intermediate handling.

---

TYPICAL PARTS THE DMG MORI NTX 2000/1500SZM CAN PRODUCE

The machine is particularly well suited for complex rotational components that require both turning and multi-axis milling.

Typical parts include:

• Aerospace structural components
• Turbine and engine components
• Medical implants and instruments
• Automotive shafts
• Complex hydraulic components
• Oil and gas components
• Precision housings
• Flanges
• Complex valve bodies
• Couplings
• Multi-face rotational components
• High-precision prototype components

The combination of the 5,000 RPM turning spindles, 12,000 RPM B-axis milling spindle, Y-axis movement, lower live-tool turret, and sub-spindle gives the NTX 2000/1500SZM substantial flexibility for complex parts.

---

WHY CHOOSE DMG MORI NTX 2000/1500SZM?

The primary advantage of the NTX 2000/1500SZM is its ability to consolidate turning and milling operations. Instead of moving a complex component between a CNC lathe and machining center, manufacturers can complete multiple operations within one machine setup. The B-axis milling head, Y-axis capability, C-axis spindle control, lower live-tool turret, and sub-spindle provide the flexibility required for sophisticated components.

The 2014 version also offers a substantial machining envelope, 1,540 mm turning length, 610 mm standard turning diameter, 65 mm standard bar capacity, and 12,000 RPM milling spindle. For shops producing complex, high-value parts, these capabilities can make the NTX 2000/1500SZM a productive alternative to purchasing separate turning and milling equipment.

---

WHY BUY USED DMG MORI NTX 2000/1500SZM?

Buying a used DMG MORI NTX 2000/1500SZM can provide access to a sophisticated 5-axis mill-turn platform at a lower acquisition cost than purchasing a new multitasking machine. The 2014 platform still provides substantial turning capacity, dual-spindle machining, B-axis milling, Y-axis movement, and automatic tool changing.

Many used machines include valuable options such as:

• FANUC 31iB5 CNC control
• 12,000 RPM Capto C6 milling spindle
• 38- or 40-position automatic tool changer
• Lower 10-station live-tool turret
• Main and sub-spindles
• 8″ Kitagawa hydraulic chucks
• Chip conveyor
• Coolant system
• Y-axis capability
• Full C-axis spindle rotation
• B-axis milling head
• Tooling and accessories, depending on seller

Before purchasing a used NTX 2000/1500SZM, buyers should inspect spindle condition, B-axis accuracy, turret operation, tool changer operation, hydraulic systems, coolant system, CNC control, axis backlash, spindle hours, cutting hours, and machine history. Individual machines can have substantially different options and operating hours. One currently advertised 2014 example, for instance, reports more than 13,000 hours on one cutting head and 4,600 hours on another, demonstrating why machine-specific inspection is important.

---

HOW MUCH DOES A USED DMG MORI NTX 2000/1500SZM COST?

Used pricing for a DMG MORI NTX 2000/1500SZM – 2014 varies significantly according to machine condition, spindle hours, options, tool magazine capacity, tooling, coolant equipment, chucks, chip conveyor, and overall maintenance history. Current listings show that many sellers use Request a Quote pricing rather than publishing a fixed asking price.

A current 2014 NTX 2000/1500SZM listing shows an asking price of $149,500, providing a useful reference point for a machine with a documented configuration. Other 2014 machines are offered without a published price, so the actual market value can differ considerably based on configuration and condition.

When evaluating the price of a used NTX 2000/1500SZM, buyers should compare the machine’s spindle and cutting hours, 38- versus 76-tool configuration, milling spindle condition, B-axis accuracy, main and sub-spindle condition, included chucks and tooling, chip conveyor, coolant options, control condition, and service history rather than relying on year alone.