Introduction to the application of CNC technology in sheet metal processing

Introduction to the application of CNC technology in sheet metal processing

CNC technology is the use of computer programmes to control machines and to process mechanical components according to pre-compiled programmes by staff. With the increasing maturity of microelectronics and computer technology, the development of CNC technology in China has been promoted, so CNC technology is widely used in various fields. So what is the application of CNC technology in sheet metal processing? Today I would like to share with you.

Application of CNC technology in sheet metal processing

CNC machining technology is widely used in the sheet metal processing industry. It solves the problems of high precision, complex shapes and large batches that exist in sheet metal processing. It has promoted the development of CNC laser cutting machines, CNC punching machines, CNC bending machines and other industries.

Sheet metal processing process a lot of processing, which shear cutting is the first process, there is a key position, because the accuracy of cutting will directly affect the quality of subsequent processes, the past manual cutting will have a certain deviation, resulting in subsequent metal processing quality is difficult to improve, and CNC shearing machine is no problem, to ensure the size of the lower material and the lower diagonal work difference, so that the subsequent work more smoothly.

This is just one application of CNC technology in the process of processing sheet metal parts, and the stamping process is an important part of sheet metal processing. CNC punching machines can replace the previous processing capacity of three punches. The processing efficiency is greatly improved and the production costs are reduced. The application of CNC technology in sheet metal processing is multifaceted.

CNC technology is still quite popular in the sheet metal processing industry because of its adaptability to the reshaping of sheet metal processing parts, its high processing accuracy and its improved production efficiency.

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