Fiber Laser Cutting Machine Head

How about Fiber Laser Cutting Machine cut metal resoults

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1000W Fiber Laser Cutting Machine Cut Metal Resoults

There are many ways to cut metal: in addition to using shearing machine, combined punching shears, slitting shears, water cutting machines, etc., there are also thermal cutting equipment including plasma cutting machines and Fiber Laser Cutting Machines. Among them, the metal sheet fiber laser cutting machine adopts a numerical control system, which can cut and depict complex patterns on thin plates with excellent accuracy. It can also be applied to cutting thick metal plates and has been widely used in the field of sheet metal processing.

Metal Sheet Fiber Laser Cutting Machine cutting Different Materials

Cutting stainless steel

Stainless steel is used in a wide range, such as kitchen equipment, general drawing materials, gas stoves, refrigerators, electrical appliances, washing machines, building materials, regrinding, elevators, building interior and exterior decoration materials, chemical equipment, heat exchangers, boilers, etc. You can see the figure of stainless steel.

Stainless steel is cut by fiber laser cutting machine, not only the cost is lower than traditional wire cutting, but also the speed is twice that of wire cutting, which can realize mass production and is a fast and effective processing method.


Cutting carbon steel

1000W Laser cutting machines are widely used in carbon steel cutting , It can cut 10mm carbon steel . The advantages of carbon steel laser cutting machines are that they can cut arbitrary design patterns on the plate, with fast speed, high precision, and one-time forming without subsequent processing. In addition, the metal sheet laser cutting machine cuts carbon steel without casting molds, which saves costs, visually arranges the material, fits closely, and saves materials.


Cutting non-ferrous metals

Fiber Laser cutting machines can also be used to cut non-ferrous metals (red copper and brass). Both materials have high reflectivity and very good thermal conductivity. Brass with a thickness of less than 1mm can be cut with nitrogen laser; copper with a thickness of less than 2mm can be cut, and oxygen must be used for laser cutting. It should be pointed out that when cutting copper and brass, a "reflection absorption" device must be installed on the system.