CNC machining parts

The accessories processed by a CNC lathe are called CNC lathe machining parts, also known as CNC lathe machined parts or CNC lathe machining parts.

CNC lathe machining parts usually include various types of shafts, discs, sleeves, and irregular parts. The machining process is through the automation control of CNC lathe, which cuts, drills, taps, and other raw materials to ultimately form the required parts.
The application fields of CNC lathe machining parts are very wide, including mechanical, electronic, aerospace, automotive, military and other fields.
The advantages of CNC machining parts are :
1.Improved production efficiency. CNC machining parts can be completely reprogrammed on CNC machine tools in a short period of time to produce completely different products. At the same time, CNC machining also has advantages in stable and reliable processing quality.
2.High machining accuracy. The digital template and automatic processing of NC machining almost eliminate Human error, and achieve the accuracy within 1/1000 minutes.
3.Improve labor conditions. Before CNC machine tool processing, after adjustment, input the program and start it, the machine tool can automatically and continuously process until the processing is completed.
4.Improved economic benefits. CNC machining has strong adaptability, which can shorten the production preparation cycle and save a lot of process equipment costs in the production of single and small batch products and the development of new products.
CNC machining parts generally use the following equipment:
CNC milling machine: Through a precise CNC system, the machining tool is controlled to perform high-precision milling on the surface of the workpiece, which can process various flat and curved surfaces of the workpiece.
CNC lathe: Using a CNC system to control cutting tools on rotating workpieces, it can process small and medium-sized shaft, disc, and shell parts, commonly used for single piece processing and small batch production.
Numerical control Electrical discharge machining machine (CNC EDM): use electric pulse to erode the electrode surface materials, and control the relative movement of the processing electrode and workpiece through the numerical control system, which can process high hardness and brittle materials, such as molds, tools, etc.