Change in the home appliance industry

It is a processing technology that uses laser beam to interact with substances to cut, weld, surface, punch and micro-machine materials (including metals and non-metals). Because laser processing is non-contact processing, it has small damage to the workpiece, high efficiency, no pollution, high precision, and small heat-affected zone. Therefore, it is very suitable for the manufacture of household appliances that require light weight and beautiful appearance, for example, in washing machines. Cutting, welding and alloying of refrigerators, air conditioners, etc., drilling, cutting and marking of plastic parts.

Laser marking

Traditionally, the parameter labels for home appliances are commonly used in PET, PVC, coated paper, etc., and labels must be made first, then manually affixed, the efficiency is low, and the labels are easily torn, biased, bubbled, etc., and a large amount of label paper is required. Consumables, high consumption, not environmentally friendly, and the need to increase manpower and operating time, high production costs. The original plastic label is replaced with a laser mark, and the processing method is changed from the traditional manual labeling to the laser automatic marking, which can improve production efficiency, save manpower and a large amount of consumables, and is also more environmentally friendly and efficient. Nowadays, many companies are actively expanding the laser application in the field of white goods, bringing a new label nameplate laser processing solution for home appliances such as air conditioners, refrigerators, washing machines and remote controls.


Laser cutting

Laser cutting is the process of focusing energy into a small space, using high-density energy for non-contact, high-speed, high-precision cutting methods. Compared with the traditional shearing process, it has higher cutting precision, lower roughness, higher material utilization and production efficiency. Especially in the field of fine cutting, laser cutting has the advantage that traditional cutting can't match. . In the electrical industry, it is mainly used for the cutting of sheet metal parts in the appearance of sheet metal parts and the installation of complete electrical components. Because it uses "contactless processing", there is no need to open the mold, cost saving, the processing graphics are made by software, and the patterns are various, such as metal fittings for air conditioners, metal cover cutting; cooling stencil cutting or punching at the bottom or back of the refrigerator The blade cutting of the juicer is to effectively improve the product quality, reduce the production cost, reduce the labor intensity, and bring better production efficiency to the manufacturer through the laser cutting technology.

Laser welding

In the home appliance industry, argon arc welding or fiber brazing is traditionally used, but the traditional welding process has a poor processing surface, which brings great processing difficulty to the next process, while the appearance of laser welding is smooth and flat. The heat deformation is small, the material is saved, and the appearance treatment can be completed by simply grinding or polishing after welding. The first application of laser seamless welding technology in China is the Haier crystal drum washing machine. Compared with the traditional washing machine, the 8mm gap produced by the rivet riveting improves the precision of the inner tube weld by 14.5 times, shrinks to 0.55mm, and has only 10 hair thickness. It is worth mentioning that with the laser seamless welding technology, the inner cylinder strength of the crystal has also been greatly improved. Some insiders believe that Haier has actually completed the historic breakthrough in the inner tube welding technology of the washing machine industry.

In fact, this is not only the new development goal of the home appliance industry, but also the path and direction of the entire Chinese economy and Chinese manufacturing. At present, the utilization rate of laser technology in home appliances is not high enough, but this technology has gradually been recognized and recognized by manufacturers. It is believed that in the near future, the application of laser technology in the home appliance industry will become more and more extensive, and its development potential and Market opportunities are immeasurable. The laser process will enhance the value of home appliances and help the home appliance industry move to the higher end of "smart manufa

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