High-Rigidity Mechanical Structure The saddle, designed to be safe and sturdy through finite element analysis, is fitted with gearbox guide way and has a highly rigid structure that enables roughing in stable conditions.
High-Rigidity Mechanical Structure
The saddle, designed to be safe and sturdy through finite element analysis, is fitted with gearbox guide way and has a highly rigid structure that enables roughing in stable conditions.High-Precision Feed System (X- and Z-Axis) The Z-axis gearbox is integrated into the saddle frame to be even sturdier, and the feed system has a rack-and-pinion structure and there is no limit on the workpiece length. The X-axis feed system is coupled directly to the precision ball screw that allows high-precision position control.
High-Precision Feed System (X- and Z-Axis)
The Z-axis gearbox is integrated into the saddle frame to be even sturdier, and the feed system has a rack-and-pinion structure and there is no limit on the workpiece length. The X-axis feed system is coupled directly to the precision ball screw that allows high-precision position control.High-Rigidity Headstock The headstock provides stable support for the spindle with its thermal displacement-minimizing rib frame and cylindrical roller bearing, and the gearbox with gear and shaft specially treated with heat during grinding delivers excellent stability and precision,
High-Rigidity Headstock
The headstock provides stable support for the spindle with its thermal displacement-minimizing rib frame and cylindrical roller bearing, and the gearbox with gear and shaft specially treated with heat during grinding delivers excellent stability and precision,Large Tailstock The large tailstock with the built-in quill rotation structure is designed to have a rigid frame with the 3-point support system. Its rack-and-pinion steering, automatic feeding by an electrical motor, and a dual safety system for braking and sliding prevention allow the operator to work in safety and comfort.
Large Tailstock
The large tailstock with the built-in quill rotation structure is designed to have a rigid frame with the 3-point support system. Its rack-and-pinion steering, automatic feeding by an electrical motor, and a dual safety system for braking and sliding prevention allow the operator to work in safety and comfort.