Stainless steel kitchen and bathroom supplies are widely favored by the market for their corrosion resistance, aesthetics and practicality. The traditional sheet metal processing method is cumbersome, time-consuming, and high in labor costs, which cannot meet the needs of the market. With the use of fiber laser cutting machines, a technological innovation has been brought to the kitchen and bathroom products manufacturing industry.
Cutting and shaping of stainless steel materials, pattern engraving on metal surfaces, etc., these functions can be completed by automatic programming and cutting of fiber laser cutting machine. Different from traditional processing methods, laser cutting technology has the advantages of high cutting accuracy, fast cutting speed, smooth cutting end surface, and no need for secondary processing.
In addition, it cannot be ignored that the laser cutting method saves a lot of costs for enterprises. On the one hand, laser cutting does not require molds and knives, which greatly saves mold opening costs. On the other hand, it is no exaggeration to say that a traditional processing factory may require 10 people to complete a product in 10 days, and the use of a laser cutting machine only requires 1 person and 1 day.
In the era of personalization, laser cutting technology also satisfies the customization needs of the kitchen and bathroom supplies market. Shorter production cycle, no need to make molds, reducing the time cost of mold opening, no burrs on the processed surface, no secondary processing, and mass production can be quickly realized after proofing without problems.
Taking the most mainstream sheet metal materials 304 and 306 stainless steel in kitchen and bathroom materials, they are widely used in products such as range hood panels and gas appliance panels. The thickness is generally thin, in the range of 0.7-2mm. This kind of 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.