The machining objects of CNC lathes

In hardware processing, any rotating parts that can be clamped on a regular lathe can be processed on a CNC lathe. However, CNC lathes have the characteristics of high machining accuracy, the ability to perform linear and circular interpolation, and the ability to automatically change speed during hardware processing, making their process range much wider than ordinary machine tools.
CNC lathes have good rigidity, high manufacturing and tool setting accuracy, and can easily and accurately enter manual and automatic compensation. Therefore, they can process parts with high dimensional accuracy requirements. In addition, the tool motion of CNC turning is achieved through high-precision interpolation motion and servo drive. In addition, the machine tool has good rigidity and high manufacturing accuracy, so it can process parts with high requirements for shape accuracy such as straightness, roundness, and cylindricity of the generatrix. For arcs and other curve contours, the degree of similarity between the processed shape and the geometric shape required on the drawing is much higher than using a copying lathe.
The CNC lathe has a constant linear speed cutting function, so the optimal linear speed can be selected to cut the conical surface and end face, making the surface roughness value after turning both small and consistent, and processing parts with small and uniform surface roughness values.
CNC lathes can not only turn straight, tapered, and end face threads with any equal lead, but also smoothly transition threads between variable leads. When turning threads on a CNC lathe, the spindle rotation does not need to change alternately like a regular lathe. It can cycle one tool after another without stopping until it is completed, so the efficiency of CNC lathe threads is very high.