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Views: 22 Author: Site Editor Publish Time: 2022-11-26 Origin: Site
Aluminum laser cutting machine with 1KW fiber laser source. Maximum cutting wall thickness 12mm carbon steel, 6mm stainless steel, 4mm aluminum, 3mm brass, 3mm copper. Cutting round, square, rectangular, oval, waist round metal pipe & tube, etc. Standard Φ=20mm~200mm, L=6m. Pipes length longer than 6m and diameter more than 200mm, machine can be customized.
Aluminium is rust-inhibiting, chemically resistant and durable with a relatively low weight. Aluminium-magnesium (low percentage) alloys significantly improve mechanical strength and can also be cut using a laser. Aluminium and its alloys are an indispensable material in industrial production. The process of cutting aluminium with a thickness of up to 3 mm with a laser is used in a number of industries: in the automotive (parts) industry, in mechanical engineering and tool construction, in the IT and electronics industries and in sheet metal work, in metal and plant construction, in the production of front plates, in medical technology, in the jewellery industry, in robotics, etc., as well as in fab labs and unis.
Rely on highly-precise results when laser cutting aluminium up to 3mm thick and other metals! While alternative methods like milling or punching incur ongoing maintenance costs for swapping parts and tools, laser cutting is considered a more cost-efficient alternative long term. Thanks to the individually-adjustable beam groove, more elaborate designs with smaller radii can also be produced without any problems. Additional post-processing of finished components (heat treatment, coating, etc.) is usually not a problem.
(8). Non-deformable cutting can be performed on materials of any hardness such as steel plates, stainless steel, aluminum alloy plates, and hard alloys.
Unlike standard-grade or carbon steel, aluminum and stainless steel are light-reflective and heat-conductive metals, so it can be difficult to fabricate them using a laser cutting process. A possible solution for laser cut aluminum and laser cut steel, involves the use of a higher power setting coupled with compressed gas technology. Using gases in conjunction with cutting operations is fairly common. Nitrogen and oxygen assisted laser cutting machines can shape aluminum and stainless steel at relatively high capacities and with quality edge finishes. However, higher electricity consumption and the cost of peripheral equipment, such as gas or air filters, can increase expenses for these systems.
