YCM NTC-2000Y/LY
- 30°One-piece Slanted Bed Design : Extends the space for chips removal.
- Cross type ribs inside the base design provides the best rigidity. Durable Meehanite casting is adopted to simulate the structural deformation of the body under various conditions, integrated with YCM hand scrapping skills for box guideways, which ensures the best accuracy and lifetime.
- X/Z-axis boxway design with wear-resistant pad strengthens rigidity and damping capacity for reducing vibration.
- Hole through draw bar for bars of Ø65mm (8″) & Ø51mm (6″)
- The spindle is equipped with position encoder to detect speed and correct position.
- With milling function spindle, the indexing accuracy is up to 0.001°.
- Integrated Y-axis function with live tooling turret for X, Y, Z feeding, which is best for complex machining. The orthogonal Y-axis is designed for maintaining machining accuracy.
- Except for standard manual tailstock, programmable tailstock and servo tailstock are available.
YCM NTC-2000LSY
- 30°One-piece Slanted Bed Design : Extends the space for chips removal.
- Cross type ribs inside the base design provides the best rigidity. Durable Meehanite casting is adopted to simulate the structural deformation of the body under various conditions, integrated with YCM hand scrapping skills for box guideways, which ensures the best accuracy and lifetime.
- X/Z-axis boxway design with wear-resistant pad strengthens rigidity and damping capacity for reducing vibration.
- Hole through draw bar for bars of Ø65mm (8″) & Ø51mm (6″)
- The spindle is equipped with position encoder to detect speed and correct position.
- With milling function spindle, the indexing accuracy is up to 0.001°.
- Integrated Y-axis function with live tooling turret for X, Y, Z feeding, which is best for complex machining. The orthogonal Y-axis is designed for maintaining machining accuracy.
- Except for standard manual tailstock, programmable tailstock and servo tailstock are available.