Low Operating Cost
Fiber lasers are highly efficient. Pair with nitrogen generation or air‑assist to cut stainless and aluminum with minimal dross and lower gas spend.
Laser Cutter for Metal
Unleash unparalleled accuracy and speed in your metal fabrication process.
Discover the perfect fiber laser solution for your business with XproCNC.
Fiber Laser Technology
Laser Cutter for Metal
High‑precision fiber laser cutting for steel, stainless, aluminum, brass, and copper. Built for 24/7 reliability, clean edges, low operating cost, and fast ROI.
Made in Canada
Power
3–20 kW
Raycus or IPG source options with auto‑focus cutting head.
Sheet Size
4×8 • 5×10 • 6×12
Parallel shuttle or single table depending on workflow.
Accuracy
±0.02 mm
Rigid welded bed, linear motors & precision rack/pinion.
What metals can a laser cutter cut?
Fiber laser cutters are optimized for carbon steel, stainless steel, aluminum, brass, and copper. With the right gas (oxygen, nitrogen, or air) you get burr‑free edges ready for welding, bending and finishing.
- Carbon steel up to 30 mm (20 kW) with O2
- Stainless steel up to 40 mm (20 kW) with N2
- Aluminum up to 35 mm (high power) with N2
- Brass & copper cutting using high‑brightness fiber source
Clean Edges
Low Cost/Part
High Speed
How much laser power do I need?
Guideline for typical shop speeds on mild steel with O2 and stainless with N2. Actual results depend on gas, nozzle, optics and part geometry.
Speed & Automation
Parallel shuttle tables, auto‑focus head, capacitive height sensing and intelligent piercing reduce cycle time and increase throughput.
Smart Nesting Software
Import DXF, DWG, and CAD files; auto‑nest parts for best sheet utilization and real‑time cost estimation.
Applications
- Job‑shop fabrication and subcontracting
- Industrial enclosures and control panels
- HVAC ducts and architectural metalwork
- Automotive, off‑road and aftermarket parts
- Signage, advertising and furniture
Choose your platform
Pick the best fit for your workflow:
Fiber vs CO2 for cutting metal
| Aspect | Fiber Laser | CO2 Laser |
|---|---|---|
| Electrical Efficiency | High (up to ~40%) | Lower (~10–15%) |
| Maintenance | Low (solid‑state) | Higher (mirrors, gas mix) |
| Reflective Metals | Excellent | Challenging |
| Thick Plate Speed | Very fast with high power | Slower |
| Operating Cost | Lower | Higher |
Questions? Answered.
What thickness can a 6 kW fiber laser cut?
Typical ranges are up to ~16 mm mild steel and ~12 mm stainless at production speeds with the right gas and nozzle. For thicker plates, move to 12–20 kW.
Is fiber laser better than plasma for metal cutting?
For thin to medium thickness materials, fiber lasers offer cleaner edges, tighter tolerances and faster cycle times. Plasma is cost‑effective for very thick plate where edge quality is less critical.
What assist gas should I use?
Use oxygen for mild steel to boost speed, nitrogen for stainless and aluminum to prevent oxidation, and shop air for economical cutting when finish requirements allow.
How much does a laser cutter for metal cost?
Entry systems start around the price of a premium CNC plasma, while high‑power automated lines represent a larger investment. Contact us for a tailored quote and ROI analysis.
Do you provide installation and training?
Yes. We deliver turnkey installation, operator training, and North American support with remote diagnostics and spare parts.
Ready to cut metal?
Get your custom laser solution
Tell us about your materials, thicknesses and daily throughput. We’ll recommend the right power, table size and automation to maximize your return.
