The main characters are as follows:
1. Stepless speed regulating main transmission, imported main spindle unit with high rotation precision, high rigidity and high dynamic balance precision, position loop feedback device in main spindle and high accelerate and decelerate dynamic performance AC motor can help to realize function of high speed rigidity tapping.
2. Imported gas-liquid force reinforcement unclamping magazine.
3. AC11/15KW main spindle motor in standard configuration, high rotating speed, high power which is suitable for requirements of machining of high metal removal rate, high efficiency and high rigidity.
4. Lathe fixed by vertical column, working table which moves in X and Y direction and spindle box which moves vertically, compact structure, clean appearance and small floor space, gas-liquid balance in Z direction of main spindle, flexible and stable movement.
5. Lathe frame, vertical column and sliding plate under the conception of thermal symmetric compact grid rib plate, resin sand molding with stable precision and high rigidity.
6. Super wide casting iron sliding guide rail in X, Y, Z direction, plastic coated soft band for the pasting of guide, small friction coefficient and good vibration absorption.
7. Pre-stretching structure of ball screw in X, Y, Z direction, NSK bearings specialized for screws with high precision imported from Japan which ensure the rigidity and precision of spindle.
8. Maximum travel in X, Y, Z direction 1000, 600, 600mm, especially suitable for specially requirements of large travel in mold manufacturing industry.
9. Enclosed protection without hydraulic system, mechanical, electrical and pneumatic integration design, advanced layout, clean and environmental-friendly, easy operation and simple maintenance.
10. Streamlined 0i-MD numerical control system from Japanese company FANUC, high speed and precise machining, suitable for requirements of machining of workpieces and molds with complex forms, Mitsubishi M70 or Siemens 828D numerical system in optional configuration.