Lathe machining is a part of mechanical processing, and there are two main processing forms: one is to fix the turning tool to process the unformed workpiece during rotation, and the other is to fix the workpiece and perform precision machining through high-speed rotation of the engineering, lateral and longitudinal movement of the turning tool. The process features include:

Easy to ensure the accuracy of various machining surfaces in the project; During processing, the workpiece rotates around a fixed axis, and each surface has the same axis of rotation, making it easy to ensure the coaxiality requirements between the processing surfaces.

The cutting process is relatively smooth; Except for intermittent surfaces, the machining process of a lathe is generally continuous, unlike milling and planing, where the cutter teeth cut in and out multiple times during a single pass, resulting in impacts.

Suitable for precision machining of non-ferrous metal parts; Some non-ferrous metal parts, due to their low hardness and good plasticity, are difficult to obtain a smooth surface using other processing methods.

Simple cutting tools; Turning tool is the simplest type of tool, which is easy to manufacture, grind, and install, making it easy to choose a reasonable angle based on specific machining requirements.