A 6000W fiber laser cutting machine is a high-power laser cutting device that can handle various metal materials, including stainless steel, carbon steel, aluminum, and brass. The batch cutting thickness depends on the type of metal being cut and the desired cutting quality.
In general, a 6000W laser cutting machine can achieve the following approximate cutting thickness range:
- Stainless steel: Cutting thickness is approximately 0.4mm to 25mm.
- Carbon steel: Cutting thickness is approximately 0.4mm to 25mm or even 30mm.
- Aluminum and its alloys: Cutting thickness is approximately 0.4mm to 20mm.
- Brass: Cutting thickness is approximately 0.4mm to 10mm.
Please note that these data are for reference only, and the actual cutting thickness may vary due to machine configuration, beam quality, material type, cutting speed, cutting gas type, and processing technology.
When performing batch cutting, in addition to considering the cutting capacity per single piece, it is also necessary to consider the heat accumulation during continuous operation. Sustained high-power cutting may require additional cooling measures to prevent the machine from overheating and ensure cutting quality and machine lifespan. When selecting cutting parameters, it is important to plan and optimize for maximum production efficiency and cutting quality. In practical applications, it is recommended to conduct test cutting on specific materials and thicknesses to determine the optimal cutting process parameters.
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