Abstract:

Understand the steps of CNC lathe machining:

CNC lathe processing, first determine the process requirements of the parts, the batch of processing workpieces, the function of the numerical control lathe should be prepared in the early stage, and the prerequisites for the rational selection of the numerical control lathe should be prepared to meet the process requirements of the typical parts. The process requirements of the typical parts are mainly the structural size, processing range and accuracy requirements of the parts.

1. CNC lathe processing preliminary steps, first determine the parts of the process requirements, the processing of the workpiece batch, the development of numerical control lathe should have the function of pre-preparation, reasonable selection of numerical control lathe prerequisites, to meet the process requirements of typical parts The process requirements of typical parts are mainly the structural size of the parts, processing range and accuracy requirements.

2. Choose the control accuracy of the numerical control lathe according to the accuracy requirements, that is, the dimensional accuracy, positioning accuracy and surface roughness requirements of the workpiece. Choose according to reliability, reliability is the guarantee to improve product quality and production efficiency.

3. Reliability of numerical control machine means that when the machine performs its functions under specified conditions, it runs stably for a long time without failure. That is, the average time without failure is long, even if there is a failure, it can be restored and put back into use in a short time. Choose a machine with reasonable structure, well-made and mass-produced. Generally, the more users, the higher the reliability of the numerical control system.

4. The materials processed by CNC lathes are: .304, 316 stainless steel, carbon steel, copper, aluminum, alloy, plastic, POM, etc. However, products of different materials need to use different quality tools to ensure the accuracy required by each product.