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As a laser cutting leader, XingChuang Laser provides high-stability solutions globally. Matching laser power with plate thickness is key to cutting quality and efficiency — we share core insights and practical tips below.


Core principle: Laser power determines cutting capacity, but it’s not a simple linear relationship. Higher power cuts thicker plates, but practical factors matter.

Power-plate thickness reference (carbon steel/stainless steel):

· 1000W: Up to 10mm/5mm (small-batch thin plates: hardware, small parts).

· 2000W: Up to 16mm/8mm (medium-thickness plates: home appliances, auto parts).

· 3000W-80000W (XingChuang optional): For ≥20mm plates, ideal for heavy industries (construction machinery, shipbuilding) with stability and low maintenance.


Key note: "Higher power is better" is a misunderstanding. Cutting difficulty rises with thickness; thick plates need more energy, but laser focus may decline. XingChuang’s advanced beam focusing avoids quality issues like burrs.


Plate material affects power selection:

· High thermal conductivity (aluminum, copper): Need higher power; XingChuang’s high-power models ensure stable energy.

· Low thermal conductivity (carbon steel, stainless steel): Adjust power by thickness (e.g., 3000W for 20mm carbon steel).


XingChuang’s practical suggestions:

1. Avoid blind high power: Too low = inefficiency; too high = energy waste and damage. Choose based on thickness and material.

2. Leverage equipment performance: XingChuang’s 3000W-80000W full configuration fits all scenarios, from precise thin-plate to stable thick-plate cutting.

As a domestic leader, XingChuang serves automakers and heavy industries, helping enterprises cut costs and boost competitiveness.

In short, match power with plate material, thickness and equipment performance. XingChuang provides professional solutions for global customers.

Have power-matching questions? Leave a comment for our technical team’s reply.


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