Machining is a manufacturing process that precisely removes excess material by mechanical equipment, and it is mainly applied in the field of mechanical manufacturing.

It is divided into two categories: manual machining and CNC machining.

Manual machining relies on manual operation of lathes, milling machines and other equipment to process simple parts.

CNC machining realizes mass automated production of complex workpieces based on numerical control programming.

In CNC machining, the CAD/CAM system generates G-code programs to control the axis movement of machine tools for material removal.

It supports various processing technologies such as turning, grinding and electrical discharge machining, and is applicable to materials including metals, plastics and ceramics.

Its core equipment ranges from 3-axis to 5-axis CNC machine tools.

Multi-axis linkage enables the machining of complex curved surfaces.

The processing workflow covers programming, automatic tool change, and continuous operation of multiple working procedures.

This process features high precision, rapid prototyping and surface quality control, including lapping, polishing and other finishing treatments.