The Specific Application of Laser Processing Technology in Material Processing

1 Laser welding
According to the different service objects and laser devices, laser welding is mainly divided into two types: deep welding and conduction welding. Under normal circumstances, deep penetration welding is commonly used in machinery manufacturing, mainly for welding sheet metal parts or shafts and sleeves; conduction welding is mainly used in the electronics industry.

2. Laser drilling
In the process of laser material processing technology, laser drilling is the first to be applied. Because this kind of technology has many advantages such as strong versatility, high precision, and low cost, it has become a key technology question widely used in modern manufacturing. In response, the United States, Britain and other industrial developments have also applied laser drilling technology to the video industry, pharmaceutical industry and aircraft manufacturing industry.

3 Laser cutting
The application of laser cutting in the entire laser processing industry is over 80%. Its main applications are cutting of thin sheet materials, such as elevator control panels, car body covers, instrument panels, switch panels and wood, as well as various non-metallic materials.

4 Laser Marking
As the most widely used laser technology in the processing field, laser marking technology is very popular. This technology mainly uses a high-energy-density laser to locally irradiate the component, so that the surface material is vaporized or its color is chemically changed, leaving a permanent mark on the surface of the material. Laser technology is suitable for marking in almost all materials. In actual production, it is mainly applied to metal products such as bearings, measuring tools and cutting tools. Such as marking on the vernier caliper and so on.

5 Laser forming
Laser forming technology is currently one of the most recognized technologies in the world. Compared with traditional forming methods, this method has many advantages. For example, the forming process does not require any abrasive tools, the production cycle time is relatively short, and it will not be processed. The limitation of the environment is just a plastic processing method that relies on heat to deform the sheet. At the same time, there are no shortcomings such as material rebound and film sticking.