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Stainless Steel
An iron alloy with 10.5 percent or more chromium that provides corrosion resistance, frequently processed by laser cutting for industrial, architectural, and food-service applications. Nitrogen assist gas is recommended to prevent oxidation of the cut edge.
Stainless steel's corrosion resistance comes from its chromium content (10.5% minimum), making it invaluable for food-service equipment, architectural applications, chemical processing, and any environment where rust is unacceptable, and laser cutting is one of the best methods to shape stainless with precision and minimal edge preparation. The key to quality stainless laser cutting is using nitrogen as the assist gas, which prevents oxidation of the cut edge and maintains the material's corrosion resistance right up to your part's boundaries.
Oxygen assist gas should never be used on stainless because the oxygen reacts with the molten material to create an oxide layer that compromises the very corrosion resistance that made stainless the material choice. Stainless steel cuts slower than mild steel due to its higher strength and thermal conductivity, but the superior edge quality and elimination of secondary cleaning makes it economical for applications where appearance matters.
Our expertise in stainless steel laser cutting combined with TIG welding and finishing ensures your corrosion-critical components maintain their integrity from production through decades of service.
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