Laser welding is currently a relatively advanced welding technology that surpasses traditional welding methods. The appearance of workpieces processed by laser welding is beautiful, the weld seam is small, and the welding quality is high. The efficiency of welding has also been greatly improved. Let's take a look at the industries where laser welding is widely used by Chuangde Laser.

1. Automobile manufacturing

Welding machines are widely used in the automotive industry.

Laser welding machine is a non-contact processing method that is pollution-free, fast, and more suitable for the production process requirements of high-end automotive products. It is widely used in the welding of automobile bodies and components, such as cylinder head gaskets, oil nozzles, spark plugs, etc.

Power batteries account for 30% -40% of the cost of new energy vehicles and are the largest part of the cost of new energy vehicles. In the production process of power batteries, welding is a very important manufacturing process from cell manufacturing to PACK assembly.

2. Electronic appliances

Laser welding machines do not experience mechanical compression or stress, making them particularly suitable for processing requirements in the electronics industry. For example, welding of transformers, inductors, connectors, terminals, fiber optic connectors, sensors, transformers, switches, mobile phone batteries, microelectronic components, integrated circuit leads, etc.

3. Jewelry

Jewelry is precious and exquisite. The laser welding machine magnifies the small parts of jewelry through a microscope, achieving precise welding while maintaining no deformation after repair. This solves the two major problems of uneven welds and poor welding quality, making laser welding machines an essential welding equipment.

The above are several industries where laser welding technology is widely used. In addition to these, laser welding technology also plays an important role in many industries such as aviation, hardware and building materials, and machinery manufacturing. In recent years, digital technology has become increasingly mature, and digital welding machines and digital control technology have gradually entered various industries. The development of various disciplines and automation technologies has promoted the progress of welding automation, especially the development of numerical control technology, weld seam tracking systems, and information processing technology, which have brought revolutionary changes to welding automation.