• Adopt rectangular double column gantry structure, which has enough rigidity to the load in all directions and twists, ensures high machining accuracy on the basis of high machining strength.
• The saddle is equipped with 7 sliders ensures good anti-seismic performance
• The distance from the spindle center to the Y-axis guide surface is short, and the turning torque is small
• Large cross section of the beam and span of the guide rail
• Y axis guide adopts imported heavy-duty guide support

• The Intensive stiffener structure is adopted for the beam, which is obtained by using finite element analysis, it is not easily deformed and it increases the rigidity.

High responsiveness is achieved through the Z-axis dual servo drive

• The Z-axis dual servo realizes to drive at Center of Gravity, ensuring the forces (F) on both sides are balanced, eliminating the rotation torque generated during the drive. High responsiveness and synchronization are achieved during acceleration, thus achieving stable machining accuracy.

High strength spindle unit

• Reasonable motor installation position
  The heat generated during the processing is discharged upwards
• Adopts rigid coupling
  Faster dynamic response
• Higher strength spindle bearing
  With bigger diameter of the spindle bearing, the spindle structure is more stable.
• The spindle cooling
  Reduce the influence of machining heating on spindle accuracy.

• The Siemens and Fanuc  CNC system is adopted
• With powerful functions and full-level data transmission
• Adopts a modular and open architecture design with high scalability
• Increase the flexibility and productivity of the machine tool