| Model | NTV158B |
|---|---|
| Work Table mm | 1,650 x 760 |
| X-axis Travel mm | 1,530 |
| Y-axis Travel mm | 762 |
| Z-axis Travel mm | 700 |
| Spindle Speed rpm | 10,000 ( 15,000 ) |
| Spindle Taper | BBT50(HSK-A100) |
| Spindle Power kW | 22 (30) |
| Tool Magazine Capacity (Opt.) | 24 (32/40) |
| Machine Weight kg | 15,500 |
YCM NTV158B
- With the unique T-base structure, the machine footprint can be reduced effectively.
- Overhang-free table movement is supported by high-rigidity base to ensure the best dynamic accuracy.
- Dual screw-type chip augers efficiently elevate chip removal rate.
- Massive MEEHANITE® casting through FEM analysis offers exceptional damping capacity.
- Reduces noise, backlash and vibration issues and maximizes spindle accuracy and life.
- YCM’s uniquely designed IDD Spindle ensures direct transmission and is proven to maximize both spindle and tool life under harsh working environment.
- The cooling system for spindle motor seat and spindle makes real time control of spindle temperature.
- The oil-air lubrication system ensures long-term high-speed operation.
- All axes are equipped with roller type linear guideways to ensure higher dynamic accuracy, durability and rigidity.
- Preload high precision ball screws are directly driven by servo motor will efficiently eliminate axial backlash and vibrations.
- X-axis with 6 guideway blocks fully supports the saddle and efficiently releases loading from the table.
- Y-axis is designed with 3 guideways maintaining exceptional dynamic accuracy.
- The casting rigidity is enhanced through FEM analysis.
- Roller type guideways provides low friction which reduces energy waste.
- Increases the feedrate and acceleration/deceleration.
- High response axial control provide smooth movement.
- Low inertia avoids vibration during high speed feedrate.
- Dual drive system on Z-axis elevates exceptional axial smoothness and machining efficiency, and ensures fine surface roughness.
- Up to 15,000 rpm (HSK A100) spindle is available to meet different machining demands.