1、Titanium alloy processing

Titanium alloy machining features high difficulty, poor thermal conductivity and built‑up edge tendency. Special tools and optimized parameters guarantee component precision and surface finish.

2、Stainless steel processing

Stainless steel machining is prone to work‑hardening and high cutting resistance. Proper tools and cooling ensure workpiece precision and surface finish.

3、Casting Finishing

Castings precision machining removes porosity and uneven allowances. Optimized cutting processes ensure stable dimensional accuracy and superior surface finish.

4、Copper parts finishing

Copper parts precision machining. High ductility causes built‑up edge. Optimized speed & chip removal deliver high precision and fine surface finish.

5、Aluminum Parts Finishing

Aluminum parts precision machining. Soft material easily forms built‑up edge. Optimized parameters prevent tool clogging for accurate dimension and good surface quality.

6、Nickel-based alloy finishing

Nickel-based alloy precision machining. High strength brings heavy cutting load. Special tools and strict processes secure component precision.

7、Fine machining of injection molded parts

Injection-molded parts precision machining. Remove flash and excess stock, prevent chipping to meet assembly dimensional and appearance requirements.

8、Fine processing of other materials

Other Materials Precision Machining. We provide precision machining for various non‑standard materials. Optimized processes ensure stable dimensional accuracy for diverse custom demands.