When processing hardware on CNC lathes, all rotating parts that can be clamped by ordinary lathes can be processed by CNC lathes. The CNC lathe has high machining accuracy in the hardware processing process, has the characteristics of linear arc interpolation, automatic speed change, and its technical scope is much wider than ordinary machine tools.
The CNC lathe has high rigidity and high precision in manufacturing and tool setting instruments. It can easily and accurately enter manual correction and automatic correction, so it can process parts that require dimensional accuracy. In addition, the tool movement of CNC turning is realized by high-precision interpolation movement and servo drive. In addition, the machine tool can also process parts with high rigidity, high manufacturing accuracy, and shape accuracy of busbar straightness, roundness, and cylindricity. For arcs and other curved contours, the machining shape is closer to the geometric shape required by the engineering drawing than the profiling lathe.
The CNC lathe has the function of cutting at a fixed line speed. It can cut the tapered surface and the end face with a good line speed, can make the surface roughness value after turning small and uniform, and can machine parts with small and uniform surface roughness values.
On CNC lathes, not only straight threads, tapered threads, and end-face threads with a lead can be machined, but also threads with a lead and the smooth transition between them can be machined. When turning the thread on the CNC lathe, the rotation of the spindle does not need to be alternately replaced like an ordinary lathe, and it can be continuously cycled until it is completed, so the thread processing efficiency on the CNC lathe is very high.
