Application of laser cutting machine in elevator equipment manufacturing
March 3, 2022
In the 1990s, elevator parts were basically processed by multi station stamping. Now, for safety reasons, elevator parts are basically made of metal materials. The development trend of elevator is mainly high-speed elevator technology, intelligent control and efficient cleaning. With the emergence of several world-famous brand elevators, imported laser cutting machines were introduced into domestic wholly-owned or joint ventures. Later, laser cutting machines began to be used in the domestic elevator industry. With the emergence of domestic laser cutting equipment manufacturers, the situation that laser equipment can only rely on imports has been broken and put into use in the elevator manufacturing industry, which has greatly reduced the expensive price of elevators. Therefore, domestic elevator companies and accessories companies have chosen to purchase laser cutting machines for production.
Taking elevator sheet metal processing as an example, more and more manufacturers choose laser cutting machine as the primary productivity to process the fish plate, elevator door cladding plate, escalator and support door in elevator sheet metal manufacturing. In the past, elevator sheet metal processing involves mold design. Mold design is complex, the production cycle is long, very laborious, and the economic cost is also high. Therefore, at present, most companies will use laser cutting machines to complete elevator sheet metal processing, because laser cutting machines will not be limited by molds, and the cutting range and form are very flexible, even without molds, It can also realize high-speed cutting of sheet metal, which greatly shortens the processing time and reduces the processing cost.
As we all know, laser cutting machine has the advantages of fast cutting speed, good quality and high production efficiency. Therefore, the application of laser cutting machine in elevator manufacturing industry not only improves the quality of domestic elevator manufacturing, but also makes elevator manufacturers realize that only by improving the automation and intelligence of equipment, can they flexibly handle various production tasks and improve production capacity.
So, what are the advantages of laser cutting machine in elevator manufacturing industry?
1、 Short processing cycle
There are many kinds of elevator sheet metal parts, many of which need to be customized according to customer needs. Due to the limitation of tonnage and die, some sheet metal parts cannot be processed. The mold production cycle is long, the programming is complex, and the requirements for operators are also high. The laser cutting machine can get rid of the traditional cutting constraints, realize the flexible processing of metal cutting and reduce the production cost.
2、 Good cutting effect
The surface finish of stainless steel decorative board is high, and the processing lines are required to be smooth, flat and beautiful. Multi station stamping has a great influence on the surface finish of sheet metal. As a laser processing method without mechanical stress, laser cutting machine avoids the deformation in the cutting process, improves the processing quality of elevator board machine parts and enhances the core competitiveness of enterprises.
3、 High flexibility treatment
With the improvement of people's aesthetic level, the styles and types of products have become diversified. However, due to the large number of products and complex shape, the conventional processing methods can not meet the requirements. Laser cutting machine has the characteristics of high automation and high intelligence. It can process all kinds of special-shaped workpieces, effectively reduce the labor intensity of operators and optimize the production process.
In addition, laser cutting has the advantages of good rigidity, stable operation, fast cutting speed, high precision and high processing efficiency. It is the right choice for processing carbon steel, stainless steel and other metal plates.