VC Series

The high-rigidity frame structure is designed with a robust base to ensure stable structural characteristics. The advanced spindle design utilizes high-rigidity bearings to deliver exceptional cutting performance and low thermal temperature rise. The chip removal system is configured for either front or rear discharge, facilitating rapid and smooth tool changes. The high-speed transmission features high rigidity, low friction, and reduced noise. High-rigidity frame structure with a robust base Wide base and column casting.Have undergone optimization design analysis through the use of ANSYS 16.0, a high-end rigidity analysis software offering a solid and stable machining platform that effectively prevents deformation  for castings.This design distributes cutting forces and enhances thermal flow stability, achieving optimal machining performance. Stable structure The Delta structure, combined with a large-span column structure and a smooth force flow design of the base.Enhances the cutting rigidity of the machine and provides users with stable machining accuracy. High-performance spindle The advanced spindle design employs high-rigidity bearings.Providing exceptional cutting performance and low thermal temperature rise.The precision machining of the spindle head and its integration with the spindle ensure superior accuracy during machining operations. Chip removal design The machine can be optionally equipped with either a front or rear design, increasing customers' operational flexibility according to different factory layouts.