1、 Laser engraving and marking

Laser engraving is the process of creating various symbols, texts, patterns, and more with extremely fine light spots, which can be in the micrometer range in size. It has deeper significance for micro machining or anti-counterfeiting.

After focusing, the extremely fine laser is like a sharp blade, which can remove the material on the surface of the object point by point. The advantage is that the marking process is a non-contact process, which will not cause negative scratches and friction, nor will it cause squeezing or crushing. Therefore, it will not damage the items to be processed. Due to the laser beam becoming finer after refocusing, the generated thermal effect area is smaller, and the processing is precise. Therefore, some processes that cannot be achieved by conventional methods can be completed.

2、 Laser cutting

Laser cutting, with its characteristics of high speed, high precision, high quality, energy saving and environmental protection, has become the technological development direction of modern metal processing. In laser processing applications, laser cutting accounts for 32% of the market share. The difference between laser cutting and other cutting methods is that it has the characteristics of high speed, high precision, and high adaptability. At the same time, it also has the advantages of small cutting seam, small heat affected zone, good cutting surface quality, no noise during cutting, good verticality of cutting seam edge, smooth cutting edge, and easy automation control of cutting process. When laser cutting sheet metal, no mold is required, which can replace some punching and cutting methods that require complex large molds, greatly shortening the production cycle and reducing costs.

3、 Sheet metal processing

Sheet metal processing is a key technology that sheet metal technicians need to master, and it is also an important process for forming sheet metal products. It includes traditional methods and processes such as cutting and cutting, punching, bending and forming, as well as various cold stamping dies

It includes structural and process parameters, working principles and operating methods of various equipment, as well as new stamping technologies and processes. The sheet metal processing parts of agricultural machinery products generally use 4-6mm steel plates. There are many types of sheet metal parts and they are updated quickly. Traditional sheet metal processing parts of agricultural machinery products usually use punching machines, which result in large mold losses. Usually, a large agricultural machinery manufacturer stores molds in a warehouse of about 300 square meters. Therefore, if the processing of components still stays in the traditional way, it will seriously restrict the rapid updating and technological development of products, and the flexible processing advantages of lasers are reflected.

In the mobile communication industry, mobile phones are an essential communication tool for people in the information age, and we can find the shadow of laser marking everywhere during use. Logo marking, phone button marking, phone shell marking, phone battery marking, phone accessory marking, and even laser marking of components inside the phone that you cannot see. So, unconsciously, laser marking has already entered our lives, bringing beautiful changes to our lives.