XT Fiber Laser Cutting Machine
At present, various industries cannot do without sheet metal processing. Fiber laser cutting machines have the advantages of high precision, high efficiency, and low pollution, replacing other traditional cutting methods and becoming mainstream cutting and cutting equipment. At present, the application range and industry of fiber laser cutting machines are very extensive. Before the stamping and stretching process, use a fiber laser cutting machine to process panel samples for rapid development of new products. In addition to being applied in the aforementioned industries, fiber laser cutting machines also have corresponding development space in the automotive, aerospace, steel structure construction, elevator manufacturing, and printing industries. Next, XT Laser will introduce several industries with outstanding applications in laser cutting machines.
1、 Construction machinery industry
In the engineering machinery industry, when fiber laser cutting circular holes and facing a specific sheet thickness, as long as the diameter size of the workpiece circular hole is required to be greater than or equal to the corresponding minimum diameter value, and the roughness and diameter size are within the guarantee capacity of the cutting machine, excitation light can be directly used for cutting, eliminating the drilling process and improving labor production efficiency. For some workpieces with more holes, the dotting function of the fiber laser cutting machine is used to determine the position of the holes, thereby saving the time for locating the holes in the subsequent drilling process and the manufacturing cost of the drilling template. This not only improves production efficiency, but also improves the accuracy of the product.
2、 Agricultural machinery industry
There are a wide variety of sheet metal processing parts for agricultural machinery products, and the updating speed is fast. The traditional sheet metal processing parts of agricultural machinery products usually use stamping machines, which consume a large amount of molds. If the processing of parts still stays in the traditional way, it will seriously restrict the updating and upgrading of products, reflecting the flexible processing characteristics of laser. Laser processing can use modern Computer-aided design/Computer-aided manufacturing software to cut various shapes of plates. The use of laser processing not only has fast processing speed, high efficiency, and low cost, but also does not require the replacement of molds or tools, thereby shortening production preparation time. Easy to achieve continuous processing, short laser beam transposition time, and high production efficiency. Various workpieces can be installed alternately. When processing workpieces, finished parts can be removed and the workpieces to be processed can be installed to achieve parallel processing.
3、 Household appliances and kitchenware industry
Household appliances and kitchen utensils are mainly made of thin sheets. Before the stamping and stretching process, use a fiber laser cutting machine to process panel samples for rapid development of new products. The cutting speed of laser processing equipment is extremely fast, greatly improving processing efficiency. At the same time, the cutting accuracy of laser processing equipment is extremely high, thereby improving the yield of the range hood and burner. For some irregular products, fiber laser cutting machines have unique advantages, including power distribution cabinets, file cabinets, etc. They are all standardized production sheets that require high efficiency. Using a laser cutting machine with four or six workstations is very suitable, with high efficiency, and can even perform double-layer cutting on specific sheets.
Therefore, regardless of the industry, efficiency determines the production cycle and profits. Choosing the appropriate equipment will be more conducive to the development of enterprises, not only saving costs, but also improving efficiency. In addition to being applied in the aforementioned industries, fiber laser cutting machines also have corresponding development space in the automotive, aerospace, steel structure construction, elevator manufacturing, and printing industries.