At Kakade Laser, we prefer nitrogen laser cutting over air or oxygen because it consistently delivers oxidation-free edges, cleaner finishes, and better weldability and coating adhesion. With our in-house nitrogen generator, we ensure reliable supply, lower cost of ownership, and reduced environmental impact.
Stainless Steel (SS): up to 25 mm
Mild Steel (MS): up to 4 mm
Supply: In-house nitrogen generation for consistency, quality, and sustainability.
Oxidized, darker edge
Increased heat-affected zone (HAZ)
Often needs post-processing (grinding/cleaning)
Lower coating/weld quality due to oxide layer
Bright, clean, oxidation-free edge
Minimal HAZ and burrs
Superior paint/powder coating adhesion
Weld-ready surfaces with fewer secondary operations.
Stainless steel enclosures and assemblies for industrial, pharmaceutical, and food applications
Precision sheet metal parts where surface finish matters
Components requiring powder coating or liquid painting
Welded sub-assemblies where clean edges reduce prep and rework
Oxidation-free edges remove a common root cause of paint rejection and weld defects—leading to higher first-pass yield and lower rework.
Clean edges reduce grinding and surface prep time, accelerating welding, masking, and coating workflows.
While cutting gas choices affect per-cut cost, nitrogen’s savings surface in reduced rework, fewer defects, and faster throughput—improving overall TCO for production programs.
We operate an in-house nitrogen generator to eliminate frequent liquid gas deliveries and associated losses. The result is stable quality, lower logistics emissions, and improved energy efficiency across Unit-1 and Unit-2.
SS: up to 25 mm with nitrogen
MS: up to 4 mm with nitrogen
Tight tolerances and smooth edges optimized for coating & welding
Welded sub-assemblies where clean edges reduce prep and rework
Integrated downstream processes CNC bending, fabrication, welding, powder coating, liquid painting, anodising, zinc plating, UV printing, and more.