Firstly, CNC machining is suitable for machining most precision parts in robotics, aerospace, marine, automotive, medical, and industrial fields. CNC machining offers high precision, high efficiency, and stable quality. In layman’s terms, it can manufacture anything that flies, runs, or swims!

CNC machining allows for multi-axis simultaneous machining of complex precision parts and can also be used by R&D companies to create metal or plastic prototypes for reference during the development phase of new products.

CNC machining can process aluminum profiles, stainless steel, magnesium alloys, acrylic, ABS, and various plastic raw materials. It has high compatibility. The process can be divided into precision turning, precision boring, precision milling, precision grinding, lapping, and post-processing.

Precision turning and precision boring: Many precision light alloy parts (aluminum or magnesium alloys) are machined using this method, achieving a coordinate accuracy of ±2 micrometers.

Fine milling: Used for machining complex-shaped aluminum or beryllium alloy structural parts. High positional accuracy is achieved through the precision of the machine tool’s guideways and spindle. High-speed milling using carefully ground diamond cutters yields a precise mirror finish.

Fine grinding: Used for machining shafts or bore-type parts. These parts are mostly made of hardened steel and have high hardness.

Grinding: Utilizes the principle of mutual grinding of mating parts to selectively machine irregular protrusions on the workpiece surface, achieving an accuracy of ±0.01mm.

If you have future projects requiring CNC machining, please send your drawings to this email address for an evaluation and quote: info1@us.cjcncmachining.com