Before using a precision CNC lathe, you must first have a comprehensive understanding of its structure, working principles and operating precautions.

Swiss-type CNC lathes have the combined functions of turning and milling. They are especially suitable for the processing tasks of large-volume, multi-variety, high-precision long and thin shafts and small complex rotating parts. It pays attention to the production rate and precision of small parts, and various technical parameters. And performance indicators reach the level of similar machine tools, processing small precision parts and complex combined parts, diameter φ2 ~ φ15, φ4 ~ φ20 and other specifications, various model specifications, divided into the following types.

On the surface, the rotary table of the auxiliary device of the CNC lathe is similar to the indexing table of the general machine tool, but its structure also has its own characteristics.

CNC lathes are mainly used for the inner and outer outer surfaces of shaft parts or disk parts, and the inner and outer conical surfaces of any cone angle.

The feed drive of CNC machine tools is the direct object of CNC machining.

The headstock design of the radiator CNC lathe is equipped with symmetrical enhancements, which can effectively reduce the temperature rise of the main shaft and improve the stable life of the main shaft and the bearing. It uses an integral sleeve shaft, imported precision main shaft bearings, and main shaft servo motor drive, in order to achieve accuracy High, high rigidity, stable speed.

In the use of CNC lathes, the automatic rotary tool post often fails, and many people don't know how to solve it.

The processing of auto parts mainly refers to the processing of cylinder blocks, cylinder heads, crankshafts, camshafts, connecting rods, and superchargers.

The preventive maintenance of CNC machine tools customized by CNC machine tool manufacturers mainly includes daily inspection, weekly inspection, monthly inspection and semi-annual inspection.