Strong Rigidity CNC Vertical Lathe is a CNC lathe with high strength and high stability. It is mainly used for processing various precision parts, especially in the field of high-precision and high-rigidity processing. The following are some of the main uses of strong rigidity CNC lathe:

1. Processing various precision parts: Strong Rigidity CNC Vertical Lathe is mainly used for processing various high-precision diameters, grooves, cones and other parts, which can meet the needs of high-precision processing.

2. Manufacturing automotive and rail transit parts: In the automotive and rail transit industries, Strong Rigidity CNC Vertical Lathe is used to process wheels, automobile engines, clutches, transmissions and other parts. Strong Rigidity CNC Vertical Lathe The materials of these parts are generally special and rigid, and high-precision and high-rigidity processing equipment is required.

3. Manufacturing aviation, shipbuilding and military parts: Strong Rigidity CNC Vertical Lathe In the aviation, shipbuilding and military industries, the manufacturing requirements of parts are extremely high, and they may need to be precisely processed in a very small space without affecting the quality and service life of the parts. Strong Rigidity CNC Vertical Lathe can meet the needs of these industries for high-precision and high-rigidity processing, such as processing engine bearing seats.

4. Manufacturing electronic equipment parts: Strong Rigidity CNC Vertical Lathe is also commonly used to process some small and precise electronic equipment parts, such as watch parts, battery connectors, audio plugs, etc.

In addition, Strong Rigidity CNC Vertical Lathe is also often used to process difficult-to-process materials such as titanium alloys and ceramics, which are very important in the manufacture of high-tech equipment such as aviation and ships.

In short, strong rigidity CNC lathes have the characteristics of high precision, high rigidity, and high efficiency, and are widely used in various fields requiring high-precision processing.