We also offer the digital tailstock, which directly controls thrust force of the tailstock spindle and improves machining precision with an accurate workpiece pressing force.

The model features the BMT (Built-in Motor) that achieves powerful turning capabilities and outstanding milling performance as well as the highly rigidity bed.

When equipped with CELOS MAPPS V, the NLX 2500 enables operators to perform machining of various workpieces from simple- to complex-shaped components with an easy operation.

This is the model that can satisfy a wide range of users from beginners to experienced technicians.

The model employs the DMG MORI original technologies such as thermal displacement control, while inheriting the proven features of the previous model including the high-rigidity bed.

The ergonomically designed new cover has been created taking into account every machine operation scene conceivable, minimizing operators work load.

The NLX 2500 is an operator and environmentally friendly model that visualizes energy-saving effects by the CELOS application aiming to 4 reduce environmental burden.

The model provides the 2-axis turning specification, the milling specification and the Y-axis specification together with various spindle and turret options.

Customers can choose the one-of-a-kind machine that flexibly meet their own needs.

Only the 2-axis turning specification is available for the NLX 2500 500.

Not for the NLX 2500 1250) NLX 2500500 NLX 2500700 6 Milling Y-axis Spindle 2 specifications Variations of the milling specification Basic specification Y-axis specification Spindle 2 specification Y-axis Spindle 2 specification X Z B YY C M X Z B C M X Z B Y Y M C X Z B C C M CC.

We carry out simulations for torsional rigidity by the FEM analysis at the development stage to create a high-rigidity machine structure.

Slideways are employed on X Y Z axes for better damping performance and dynamic rigidity, which achieves outstanding cutting capabilities.

DMG MORI tackles the factors one by one with the original method for thoroughly controlling thermal displacement from every aspect.

For the spindle, which is the prime heat source, we spirally arrange the oil jacket around the spindle unit to control the temperature increase.

Thermal displacement is caused by various factors including non-uniform expansion and contraction due to difference in thickness of the casting; uneven heat generation in the slideways; operating environment; and changes in ambient temperature due to season and time of day.

The coolant circulation maintains a uniform temperature inside the casting parts, and minimizes deformation in the machine.

Uniform thermal displacement Resistance to changes in ambient temperature High-accuracy long-term machining Thermal displacement Coolant circulation path NLX 2500 700 m m 2.0 m (Actual results) ( t n e m e c a l p s i d l a m r e h T 0.015 0.010 0.005 0.000 -0.005 -0.010 -0.015 X-axis base X-axis tip X-axis Z-axis 0 1 2 3 4 5 6 7 8 9 Time () Spindle speed: 3,200 min-1 Constant ambient temperature The test results indicated in this catalog are provided as examples.

The results indicated in this catalog may not be obtained due to differences in environmental conditions during measurement.

Coolant chiller (Option) Raised coolant temperature causes thermal displacement in the fixtures and workpiece, affecting the machining accuracy of the workpiece.

When using oil-based coolant or a super-high-pressure coolant system, please be sure to consult our sales representative.

We cannot guarantee that this unit will completely control the coolant temperature.

Dmg Mori Seiki Nlx 2500 Full Closed Loop

Full closed loop control (Option) No contamination of the measuring system to oil or water condensation.

Dmg Mori Seiki Nlx 2500 Full Closed Loop

Superior precision with the Magnescale full closed loop control (Scale feedback) Magnetic measuring system with a high resolution of 0.01 m Resistance to oil and condensation due to a magnetic detection principle Impact resistance of 450 ms2 (17,716.5 in.s2) Vibration resistance of 250 ms2 (9,842.5 in.s2) Thermal expansion coefficient as cast iron 11.