Consumer demand is an important indicator of industry reform and progress, and the types of living utensils are becoming more and more diverse. Kitchen and bathroom products are mostly made of stainless steel, because they are widely accepted by the market for their corrosion resistance, aesthetics and practicality. of favor,

The traditional sheet metal processing method is cumbersome, time-consuming, and labor-intensive, which cannot meet the needs of the market. With the laser cutting machine put into use, it has brought a technological innovation to the kitchen and bathroom products manufacturing industry.

In the process of processing, the cutting of stainless steel materials and pattern engraving on the metal surface can be automatically programmed and cut by the fiber laser cutting machine.

 Different from traditional processing methods, laser cutting technology has the advantages of high cutting precision, fast cutting speed, smooth cutting section, and no need for secondary processing.

Another important point is that the laser cutting method will save a lot of cost for the enterprise.

 Because laser cutting does not require molds and knives, it greatly saves the cost of mold opening. Moreover, the labor cost will be greatly saved. What used to be done by ten people can now be done by one person.

The laser cutting technology satisfies the customization needs of the kitchen and bathroom products market well. The shorter production cycle does not require making molds, which reduces the time and cost of mold opening.

There is no burr on the machined surface and no secondary processing is required, and mass production can be quickly realized after proofing is no problem.

Taking 304 and 306 stainless steel materials as the most mainstream sheet metal materials in kitchen and bathroom materials, they are widely used in range hood panels, gas appliance panels, tableware and other products, and the thickness is generally thin.

In the range of 0.7-2mm, this stainless steel sheet material is suitable for cutting with a lower power fiber laser cutting machine. For thicker materials such as pool panels and other products, a fiber laser cutting machine with a power of 2000W or above can be used for processing.