Process characteristics of precision parts machining on CNC lathes

October 25th at 2:32pm

CNC lathe machining is a general term for machining parts on CNC machine tools. Computer controlled machine tools are commonly referred to as CNC lathes in the mechanical machining industry, and both computers designed specifically to control CNC machine tools and general computers are called CNC systems. CNC lathe machining is widely used in the precision parts machining industry. Below, we will introduce the process characteristics of precision parts machining on CNC lathes:

The program of the numerical control system is developed by professional engineers based on the material, process requirements, and machine characteristics of the parts. The numerical control system program sends running or interrupt information to the machine tool to control its operation. After the machining of precision parts is completed, the machine tool will automatically stop running under the instructions of the program.

The characteristics of CNC machine tools themselves determine that their main function is to process products with a certain degree of complexity. These products generally have complex shapes and surfaces, and their main purpose is to solve problems that ordinary processing methods cannot solve. The biggest feature of CNC machining in precision parts processing applications is its ability to use perforated belt control machine tools for automatic machining.

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