The impact of fiber laser cutting machines on the tool manufacturing industry

Kitchen knives are made of materials with high hardness, high wear resistance and high heat resistance. This kind of steel is also called high-speed tool steel or front steel, commonly known as white steel.

Laser cutting machine is a kind of production and processing method that has developed rapidly in recent years. It has low requirements for working environment, small deformation of workpiece after processing, and can be automatically programmed and cut by laser cutting machine during processing. Different from traditional processing methods, laser cutting technology has the advantages of high cutting accuracy, fast cutting speed, smooth cutting section, and no need for secondary processing. Therefore, it is being valued by more and more companies. The cutting of white steel into small pieces by laser processing improves the efficiency, and the kitchen and bathroom industry has also been used to a certain extent.

In addition, it is very important that fiber laser cutting process saves a lot of costs for enterprises. Because laser cutting does not require molds and knives, the cost of mold opening is greatly saved. Moreover, the labor cost will be greatly saved. The work done by ten people can now be processed by one person.

Laser cutting technology satisfies the customized needs of the kitchen and bathroom supplies market. It has a shorter production cycle, no need to make molds, and reduces the time and cost of mold opening. The processed surface has no burrs and no secondary processing is required. After proofing, there is no problem. Mass production can be achieved quickly.

For white steel materials, they are widely used in the cutting tool industry such as fruit knives, kitchen knives, cleavers, utility knives and other products. The thickness is generally thin. This white steel material is very suitable for laser cutting, with high efficiency and no burrs. , Making the processing and production speed commission several times.