Application analysis of laser technology in large metal parts processing

Most of the traditional processing methods for large metal parts are plate cutting, bending and blanking. Because these methods use molds in the processing process of large metal parts, no less than dozens of molds are required every time a product is produced, which is not only not conducive to the upgrading of processing technology, but also increases the time cost of metal parts processing, So that the production power is significantly reduced.
Today's society. The competition pressure in shopping malls is increasing. The original large-scale metal processing methods can not meet the needs of production. At this time, we need to innovate and find a new method to promote the development of metal processing technology. As a new technology, laser processing technology no longer needs traditional molds in the production process.
In the processing of large metal parts, laser has many favorable characteristics. For example, laser has very high brightness, very good monochromatic function, very excellent directivity and great energy density. These characteristics make it have great potential in cutting, drilling, welding, marking, heat treatment, imaging, coating and rapid prototyping. The application of laser technology to metal parts processing can not only shorten the cycle and accuracy of rice gold processing, but also reduce the use of molds.