• The Finite Element Method provides the optimal machine design to build a    light-weight, yet super rigid machine structure.

• The rigid U-shaped base with dual linear guide ways on each side provides a    solid basis for the cross beam.

• The T-slots of the work table are finished at our factory after the machine set   up and geometric accuracy adjustments have been completed to ensure    perfect alignment.

• The Y-axis liner guide ways offset increases the structural rigidity and reduces the distance    between spindle head and cross beam, thereby minimizing distortion and vibration issues, as    well as enhancing overall cutting performance and accuracy.

• The super rigid roller type linear guide ways on the X, Y and Z axes provide heavy-duty    cutting, fast movement and low friction capabilities.

• Direct-drive servo motors on all linear axes deliver ample thrust and dynamic responses.

• The X-axis is equipped with one linear scale on each column to ensure utmost accuracy and    perfectly parallel movements.

• The Z-axis is driven by dual ball screws and servo motors without a hydraulic counterweight    system for superior dynamic response.