Oxyfuel and Plasma Cutting
At Rishi Laser, we provide efficient Oxyfuel and Plasma Cutting solutions for a wide range of sheet metal fabrication needs.
Oxyfuel Cutting uses oxygen and fuel gases to cut low carbon and alloy steels up to 40 mm thick. Preheat flames raise the steel surface to start oxidation, producing smooth, clean cuts with minimal slag and near-vertical edges. Our oxyfuel cutting machines have large beds of 2.8 × 6 m and 6.5 × 16 m, ideal for medium-thickness sheet steel assemblies. Plasma Cutting is suitable for mild steel, stainless steel, and aluminum up to 75 mm thick, delivering accurate cuts, minimal warpage, and high productivity. Our Messer plasma cutting machines with beds of 2.8 × 6.5 m and 6.5 × 16 m handle heavy and complex sheet metal components efficiently.
Rishi Laser ensures reliable, high-quality, and fast sheet metal cutting solutions for industrial, engineering, and heavy fabrication projects.
At Rishi Laser, we provide efficient Oxyfuel and Plasma Cutting solutions for a wide range of sheet metal fabrication needs.
Oxyfuel Cutting uses oxygen and fuel gases to cut low carbon and alloy steels up to 40 mm thick. Preheat flames raise the steel surface to start oxidation, producing smooth, clean cuts with minimal slag and near-vertical edges. Our oxyfuel cutting machines have large beds of 2.8 × 6 m and 6.5 × 16 m, ideal for medium-thickness sheet steel assemblies. Plasma Cutting is suitable for mild steel, stainless steel, and aluminum up to 75 mm thick, delivering accurate cuts, minimal warpage, and high productivity. Our Messer plasma cutting machines with beds of 2.8 × 6.5 m and 6.5 × 16 m handle heavy and complex sheet metal components efficiently.
Rishi Laser ensures reliable, high-quality, and fast sheet metal cutting solutions for industrial, engineering, and heavy fabrication projects.
Industries we Served
Automotive
Earthmoving Equipment
Railways
Power Plant
Electrical Switchgear
Aerospace & Defense
Chemical & Food Processing
Telecommunication
Textile & General Engineering
Automotive
Earthmoving Equipment
Railways
Power Plant
Electrical Switchgear
Aerospace & Defense
Chemical & Food Processing
Telecommunication
Textile & General Engineering
Manufacturing FAQ:
Precision & Support
When should I use Oxyfuel instead of Laser?
Oxyfuel is the best choice for extremely thick plates (50mm to 100mm) where laser cutting is no longer cost-effective.
What is the maximum plate thickness for Oxyfuel?
We can process heavy low-carbon steel plates up to 100mm thick.
What is the benefit of CNC Plasma cutting?
Plasma is faster than Oxyfuel for medium-thick plates and provides a cost-effective solution for structural components.
Can you cut Stainless Steel with Oxyfuel?
No, Oxyfuel is only for carbon steels. For thick Stainless Steel, we recommend our 12kW Fiber Laser or Plasma systems.
How accurate is Plasma cutting compared to Laser?
Plasma has a wider “kerf” (cut width) and higher tolerances (approx. +/- 1.0mm), making it better for large structural parts rather than precision gears.
Do you provide edge cleaning after Oxyfuel cutting?
Yes, we provide grinding and cleaning services to remove any slag or oxidation from the cut edges.
Can you handle large structural plates for cranes?
Yes, our heavy-duty tables can handle plates up to 12 meters long, ideal for crane booms and trailer chassis.