DMG MORI NZX-S 1500
USED DMG MORI NZX-S 1500
The DMG MORI NZX-S 1500 is a compact, high-precision multi-axis production turning center designed specifically for small-diameter shaft machining in high-volume environments. It belongs to the NZX-S series, which focuses on space-saving design, thermal stability, and high productivity for line production systems where consistency and cycle time reduction are critical.
The machine supports a maximum workpiece diameter of 120 mm and a maximum turning length of up to 1,055 mm, making it ideal for slender shafts, pins, and precision cylindrical components. Its design emphasizes long, stable machining of small parts with high repeatability, especially in automated production lines.
A key feature of the NZX-S 1500 is its symmetrical machine structure around the spindle centerline, which helps evenly distribute heat and maintain dimensional stability during continuous operation. This is especially important in long production cycles where thermal drift can affect precision. The machine also uses a three-point support system, improving rigidity and vibration damping.
Depending on configuration, the machine can be equipped with multiple turrets and optional milling capability, allowing turning, drilling, and light milling operations in a single setup. This reduces part handling and significantly improves cycle efficiency in mass production environments. The compact “VERTICO-style” design also reduces footprint, making it suitable for dense factory layouts.
The NZX-S 1500 is designed for automation-first manufacturing, with full compatibility for bar feeders, robotic loaders, and customized production cells. This makes it ideal for unattended or lights-out production. Control systems such as FANUC or DMG MORI’s production-oriented interfaces support stable programming and efficient workflow integration.
Overall, the NZX-S 1500 is a high-efficiency compact production turning center built for small shaft machining, combining rigidity, automation readiness, and thermal stability for continuous industrial use.
DMG MORI NZX-S 1500 SPECIFICATIONS
| DMG MORI NZX-S 1500 – AXIS |
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| X-Axis (Radial Movement) |
| Z-Axis (Longitudinal Movement) |
| Twin Turret Configuration |
| Optional C-Axis (Spindle Indexing) |
| Optional Live Tooling Capability |
| DMG MORI NZX-S 1500 – AXIS TRAVELS |
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| X-Axis Travel: 60 mm |
| Z-Axis Travel: 1,100 mm |
| DMG MORI NZX-S 1500 – CAPACITY |
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| Maximum Turning Diameter: 120 mm |
| Maximum Turning Length: 1,055 mm |
| Designed for small diameter shafts |
| Ideal for high-volume production |
| DMG MORI NZX-S 1500 – SPINDLE |
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| High-performance production spindle |
| Optimized for continuous machining |
| Compact spindle design |
| High thermal stability |
| DMG MORI NZX-S 1500 – TABLE / WORKHOLDING |
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| Tailstock support (500 / 1000 mm variants) |
| Shaft machining configuration |
| Automation-ready workholding |
| Suitable for bar feeding systems |
| DMG MORI NZX-S 1500 – TOOL TURRET |
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| Twin turret configuration |
| Optional milling tools on both turrets |
| High rigidity turret design |
| Suitable for simultaneous machining |
| DMG MORI NZX-S 1500 – FEEDRATES |
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| High-speed production feedrates |
| Optimized for cycle time reduction |
| DMG MORI NZX-S 1500 – COOLANT & CHIP MANAGEMENT |
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| Flood coolant system |
| Optional high-pressure coolant |
| Designed for continuous chip evacuation |
| Suitable for automated lines |
| DMG MORI NZX-S 1500 – CONTROL SYSTEM |
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| Control System: Fanuc |
| Production-focused CNC interface |
| Supports automation integration |
| DMG MORI NZX-S 1500 – POWER & AIR REQUIREMENTS |
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| Industrial power supply (approx. 25–40 kVA) |
| Air Supply: approx. 5–6 bar |
| DMG MORI NZX-S 1500 – DIMENSIONS |
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| Compact machine footprint: approx. 2.8–4.6 m² |
| Machine Height: approx. 1,500–1,607 mm |
| Space-saving production design |
| DMG MORI NZX-S 1500 – GENERAL INFORMATION |
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| Machine Type: Multi-Axis CNC Turning Center |
| Designed for small-diameter shaft machining |
| High productivity in compact footprint |
| Symmetrical structure for thermal stability |
| Built for automated production lines |
| INDUSTRIES THAT USE DMG MORI NZX-S 1500 |
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| Automotive |
| Precision Engineering |
| Electrical Components |
| Mass Production Manufacturing |
| TYPICAL PARTS DMG MORI NZX-S 1500 CAN PRODUCE |
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| Small shafts |
| Pins |
| Motor components |
| Transmission parts |
| WHY CHOOSE DMG MORI NZX-S 1500 |
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| Ideal for High-Volume Shaft Production |
| Compact Yet Highly Productive |
| Twin Turret for Cycle Time Reduction |
| Excellent Thermal Stability for Precision |
WHY BUY USED DMG MORI NZX-S 1500
Buying a used DMG MORI NZX-S 1500 is a strong option for manufacturers focused on high-volume production of small precision shafts. Since it is designed specifically for continuous line production, it maintains good structural integrity and stable performance even after years of operation.
The biggest advantage is low cost per productivity output. Even in used condition, the machine is capable of maintaining tight tolerances and high repeatability, especially in automated environments. This makes it highly suitable for industries producing consistent parts in large batches.
Cutting time is a key evaluation factor. These machines are often used in 24/7 production lines, so usage can vary widely depending on application. Machines with lower cutting time (under 20,000–25,000 hours) generally offer better long-term reliability. Units under 10,000–15,000 hours are especially valuable because spindle wear, guideway degradation, and turret backlash remain minimal.
Another advantage is high automation compatibility at a lower investment cost. The NZX-S 1500 is designed to integrate easily with bar feeders and robotic systems, making it ideal for manufacturers scaling toward lights-out production without investing in larger, more expensive multi-turret systems.
Additionally, DMG MORI machines benefit from strong global service support, ensuring spare parts availability and maintenance support even for older models. Many used NZX-S 1500 machines can also be upgraded with improved control systems or automation modules.
While it does not provide the heavy-duty capability of larger NZX or NTX machines, the NZX-S 1500 excels in precision shaft production, stability, and efficiency per square meter of floor space.
In summary, a used NZX-S 1500 offers excellent value through compact design, automation readiness, and reliable high-volume performance for small shaft manufacturing environments.
HOW MUCH DOES A USED DMG MORI NZX-S 1500 COST?
The cost of a used DMG MORI NZX-S 1500 depends on manufacturing year, configuration, condition, automation level, and especially cutting time.
For older machines manufactured before 2000, comparable small shaft production lathes typically range from $30,000 to $70,000, depending on condition and retrofit level. These systems generally lack modern automation integration and advanced thermal compensation features.
Machines produced between 2000 and 2010 typically fall within the $70,000 to $140,000 range. These offer improved CNC systems, better spindle technology, and more stable production capability. Units with lower cutting time (under 20,000–25,000 hours) are priced higher due to better mechanical condition.
For NZX-S 1500 machines from 2010–2025, used prices typically range from $140,000 to $300,000+, depending on turret configuration, automation systems, and overall condition. Machines integrated with bar feeders or robotic loading systems sit at the upper end of this range.
Cutting time is a major valuation factor. Since these machines often run in continuous production environments, wear can occur in spindle bearings, turret indexing systems, and linear guideways. Machines with low cutting time (under 10,000–15,000 hours) are considered premium due to higher precision retention and longer remaining service life.
Buyers should carefully inspect maintenance logs, spindle vibration levels, and axis backlash instead of relying solely on age or appearance.
Overall, the cost of a used NZX-S 1500 is determined by configuration, usage history, and automation level, with cutting time being the most important indicator of long-term value and production reliability.
