Detailed Introduction:

With the increasing demand in the market, the cycle of new elevator products is also getting shorter. The elevator market has a wide variety of sheet metal parts, and some even need to be customized according to customer needs. The tonnage and mold size are also limited. Multi station stamping machines sometimes fail to meet processing needs, and sometimes the mold manufacturing cycle is longer, resulting in longer production cycles. Therefore, they are gradually being replaced by fiber laser cutting machines.

Elevator manufacturing is mainly made of stainless steel around 3mm. In order to ensure the smoothness of the stainless steel plate during the processing, single-sided coated stainless steel is mostly used, which brings certain difficulties to traditional processing methods. Fiber laser cutting machines have multiple advantages in this regard.

Flexible processing and low cost: Elevators are basically small batch customized products, and their internal decorations vary greatly. There are various types of elevator sheet metal parts, but traditional processing methods have long mold opening cycles, complex programming, and high requirements for operators, which restrict the development of the elevator industry. As a result, the advantages of flexible processing by fiber laser cutting machines have been fully utilized to reduce product development costs.

Efficient processing and high quality: Fiber laser cutting machines can not only cut thin metal materials, film materials, mirror materials, etc., but also various complex components. The cutting speed is extremely fast, improving processing efficiency. In addition, non-contact fiber laser processing methods avoid deformation during the cutting process, improve elevator quality, elevate product grade, and enhance the core competitiveness of enterprises.

Intelligent processing and high qualification: Fiber laser cutting machines have a high degree of automation and intelligence, which can flexibly respond to various production tasks, effectively reduce the labor intensity of operators, optimize production process flow, and improve the automation level of production management in elevator manufacturing workshops.