Plasma remains a primary working tool for many cutting tasks involving plate thicknesses of 10–50 mm. However, as requirements for geometry, edge quality, and repeatability increase, it begins to introduce objective limitations.
High-power laser cutting removes these limitations. Higher cutting speeds, consistently clean edges, and the reduction or complete elimination of secondary operations are where the real operational and economic benefits appear.
Starting January 2026, we are adding a new 20 kW fiber laser cutting machine to our equipment fleet, with a working area of 2,500 × 12,000 mm.
This allows us to bring the quality and efficiency of laser cutting into a segment traditionally dominated by plasma — but with a different approach to precision, repeatability, and overall cost structure.
For our customers, this means higher part quality, predictable lead times, and lower total processing costs when working with thick steel plate.
