The Finite Element Analysis ( FEM ) provides optimal machine design, allowing us to create a lightweight structure while ensuring the machine's high rigidity.

With a MEEHANITE casting bed and a Y-shaped column design, the structure offers superior rigidity and vibration damping to ensure unmatched dynamic accuracy during high-precision machining.

The △ ( Delta ) wide-span column structure provides optimal machining rigidity, while the headstock maintains stability and accuracy during high-speed travel.

The contact surfaces of the column and bed are all hand scraped to ensure precision assembly, strong structure, and even load distribution.

The servo motor mounts and the ball bearing supports are integral parts of the casting, enabling even cutting force distribution into cast body, efficiently enhancing axial system rigidity and preventing ball screw deformation.

High rigidity roller type linear guide ways combine the heavy cutting ability from ground box ways with fast movement and low abrasion, improving rigidity, agility, and control of the machine.

High precision dual-nut ball screws provide excellent heavy cutting rigidity while ensuring machining accuracy and extended durability of the ball screws.

All three axes employ FANUC αi absolute AC servo motor direct drives, providing great thrust and fast acceleration / deceleration. Plus, they efficiently decrease motor load and reduce generation of heat while maintaining ultimate performance and accuracy.