Current status of sheet metal processing technology in the electrical industry:
In electrical products, metal sheet processing parts account for almost 30% of all product parts. The traditional cutting, corner cutting, opening and trimming processes are relatively backward, which directly affects product quality and production costs. The reasons are as follows:
1. The use of traditional punch processing requires a lot of molds. The parts of electrical products have many opening sizes and different shapes, especially single-piece and non-standard products. The high mold cost and long production cycle are not conducive to the production of single and non-standard parts.
2. Using a portable jig saw to make the hole, not only the quality of the cut is poor, the dimensional accuracy is not easy to control, but also the labor intensity is large, the noise is large, the production efficiency is low, and the saw blade is consumed.
3. The “CNC punching machine” developed in recent years, although it has replaced the traditional method, is expensive and noisy.
The practical advantages of laser cutting machine in the electrical industry:
Laser cutting is a high-tech developed in recent decades. Compared with the traditional shearing process, it has the characteristics of higher cutting accuracy, lower roughness, higher material utilization and production efficiency, especially in In the field of fine cutting, laser cutting has an incomparable advantage over traditional cutting. Laser cutting is a non-contact, high-speed, high-precision cutting method that focuses energy into a tiny space and uses high-density energy.
In the electrical manufacturing process, there are many sheet metal and parts, and the shape is complex, the process is difficult, and a lot of tooling and molds are needed in the process to ensure the processing quality. In the electrical industry, laser cutting technology can not only effectively solve the above problems, but also improve the processing quality of workpieces, save processing links and processing costs, shorten the manufacturing cycle of products, reduce labor and processing costs, and greatly improve processing efficiency. The role and value of importance.
