Cutting Thickness Capacity Matrix
Real-world cutting thickness limits verified across Indian job work fabrication facilities using oxygen and nitrogen assist gases:
| Laser Resonator Power | Mild Steel (O2 Max) | Stainless Steel (N2 Max) | Electrical Demand (kVA) |
|---|---|---|---|
| 1500W (1.5 kW) | 14 mm – 16 mm | 5 mm – 6 mm | 8 kVA – 10 kVA |
| 3000W (3.0 kW) | 20 mm – 22 mm | 8 mm – 10 mm | 14 kVA – 16 kVA |
| 6000W (6.0 kW) | 25 mm – 28 mm | 14 mm – 16 mm | 24 kVA – 28 kVA |
1.5kW: Thin Sheet Metal Job Work
A 1.5kW source is the entry-level standard for electrical panel manufacturing, kitchen equipment, and light ducting cutting up to 3mm stainless steel and 12mm mild steel with economical chiller electrical draw.
3kW: The Indian Fabrication Workhorse
3kW accounts for over 60% of commercial fiber laser installations in India. It cuts 1mm to 8mm stainless steel cleanly with nitrogen and pierces up to 20mm mild steel reliably without overheating optical barrels.
6kW: High-Speed Medium & Heavy Plate
6kW increases nitrogen cutting speeds on 3mm to 6mm sheet metal by 250% compared to 3kW, dramatically reducing assist gas consumption per part while piercing up to 25mm mild steel in seconds.
Frequently Asked Questions
Can I upgrade my 3kW laser machine to 6kW later?↓
Yes, provided your water chiller cooling capacity, cutting head optical rating (e.g., upgrading to BM114 or BLT441), and electrical panel breakers are rated for the increased load.
Have questions regarding optical tolerances or maintenance?
Connect directly with TriQuench India Director desk at Rakhial, Ahmedabad.