How Much Power is Required for a Fiber Laser Plasma Cutting Machine

Fiber laser cutting machines are more popular in cutting metal in the industry. All types of industries have used these machines, which costs lower than the other cutting machines. The power of these laser cutting machines ranges from a minimum of 1000W to a maximum of 12000W.

How Much Power is Required for a Fiber Laser Cutting Machine?

Different laser machines have various cutting limits according to the power standards.

2000W Laser Cutting Machine can cut 16mm thickness of carbon steel, 6mm thickness of stainless steel, and 4mm thickness of copper and aluminum plates. This 2000W laser cutting machine doesn’t need too much maintenance and gives more stability in working. Because of its high precision in cutting and fast cutting sped these machines are so popular among all other cutting tools.

When it comes to 3000W, it can cut 22mm thick carbon steel, 12mm thick stainless steel, and 8mm of copper and aluminum materials. A 6000W can cut, 25mm of carbon steel, 12mm of stainless steel, 16mm of aluminum, and 12mm of copper plates.

A 12000W laser cutting machine can cut a maximum thickness of 40mm stainless steel, but above 25mm the cutting quality is getting affected. With higher power, the cost of the machine also increases.

The 2000W laser cutting machine is used for plane cutting and bevel cutting. The cut surface of the material has a smooth finish. It is used in various industries like aerospace, electronics, automobiles, food-making machinery, sheet metal processing, etc.

What Are Some Components of a Fiber Laser Cutting Machine?

Some of the major components of fiber laser cutting machine are followed,

The laser cutting head is an important part of the machine, which is used to generate laser beam energy for cutting.

A CNC control system is used in controlling the machine with the help of numerical codes, which are fully automated by the computer.

Voltage regulators are used to keep on giving stable voltage to the machine, which makes the machine work to achieve the desired result.

Water coolers are used to cool down the material while cutting and an electronic cabinet is used to avoid signal interference and provides greater heat dissipation.

Benefits of Fiber Laser Cutting Machine

High precise and repeatable cuts with high quality.

Faster high speed in cutting.

No need to have contact with the machine while cutting.

Have less maintenance.

Easy replacement of tool in case of repair or modification.

Easy to operate and this machine is fully automated by the computer.

Conclusion

With the increase in popularity of this machine, it is required to have a great knowledge of this fiber cutting machine. Consider more about the quality of the parts used in this machine, which determines the working of the machine.

Check here for More:

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