• Main components of the machine tool: base, worktable, column, spindle box, and saddle are all designed with FEA finite element analysis, featuring design, lightweight mechanism, and high rigidity.
• The distance from the spindle center to the guide surface is short, the overturning moment is small, and the stability of machining is improved. The is made of high quality resin sand, high-strength cast iron, and has a perfect heat treatment process to eliminate residual stress, and the contact surface is precisely handraped to ensure the best structural rigidity of the whole machine.
• The product line with complete specifications, together with highly flexible automated headstock and vertical/horizontal tool changer system, provides automation, energy and high productivity machining performance. The spindle design provides different turning characteristics to meet diversified machining needs.
• The Y-axis adopts an ultra-high rigidity roller type linear slide, which combines the heavy turning rigidity of a hard rail with the fast movement and low wear of a linear slide, resulting in a significant increase in rigidity and controllability.

The head adopts an internal hard-rail design for high rigidity, good force-flow effect, and reduction of turning overhang and vibration, while the Y-axis adopts a differential roller-type linear slide design to enhance the over all structural rigidity of the spindle head, saddle, and crossrail, and to shorten the distance between the tool contact point and the crossrail toimprove turning capability.