The stable implementation of "0.1μm feed, 1μm cutting, and nanometer-level surface roughness" processing effects, coupled with the precision engraving in-machine inspection system, enables the detection and compensation of workpiece deviations within the machine, thereby raising the yield rate of processed titanium alloy parts to 99%.

Specialized electric main shafts are standardized, high-speed main shaft can be optional, and have the integrated machining, grinding, drilling, casting, and piercing capability. Optimized for the material of difficult machining: The material removal efficiency of ZTA3 was over 60%, and the single piece time was only 50 minutes.

Powered by autonomous intellectual property software, it enables the development of five-axis machining, inspection and control programs one-stop, and avoids process risks through software simulation. Equipped with 3D fillet compensation system, intelligent correction tool wear deviation, reduce scrap rate.

The basic configuration includes a refrigerator, a razor finder, a shaving system, and an oil mist collector, a motion-balancing handle, and other accessories. Support for upgrading to an automated unit for 24-hour continuous processing and unmanned production.

Medical: Titanium alloy implants, surface roughness up to Ra ≤ 0.6μm.
Precision Mold: PET bottle mold "three-drop water level" precision processing.
Automotive: Complex hardware parts such as brake casings and differential gears.
Electronics/Optics: Tiny hole drilling, optical parts casting for metal and non-metal materials.