Laser Cutting

Laser Cutting Services in Canada

Laser cutting is the fastest, most precise way to cut flat sheet, plate, and tube. A focused fiber or CO2 laser beam vaporizes a narrow kerf with minimal heat-affected zone, producing parts with clean edges, tight tolerances, and almost unlimited geometric freedom. Canadian laser cutting capacity is one of the deepest manufacturing specialties in the country — every meaningful fabrication shop runs at least one laser cutter, with high-power fiber lasers now standard.

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Laser Cutting in Canada

Laser cutting is the foundation of modern sheet metal fabrication in Canada. Fiber lasers from companies like Mazak, Bystronic, Trumpf, and LVD are now standard equipment in essentially every production fabrication shop. The shift from CO2 to fiber over the last decade has dramatically increased cutting speed, reduced operating cost, and expanded the material range — particularly for highly reflective metals like copper, brass, and aluminum.

What Laser Cutting Does Best

Sheet metal up to ~12 mm. This is the laser sweet spot — fast, precise, low cost per part.

Production volume. Sheet metal nesting software packs multiple parts onto every sheet, minimizing material waste. Lights-out production is standard.

Tight tolerances. Modern fiber lasers hold +/- 0.05 mm on small parts and tight features.

Tube and structural cutting. Tube laser machines cut profiles, slots, and notches in tube sections, eliminating manual fabrication operations.

When to Use Other Processes

For thicker plate (above 25 mm), exotic materials, or heat-sensitive parts, route to:

For very small precision features in thin material, sometimes punching is faster than laser. We assess material, thickness, feature complexity, and volume to route to the right process.

Canadian Laser Capacity

Laser capacity is genuinely distributed across Canada — every meaningful fabrication shop has it. The interesting variation is in laser power (1–15+ kW), bed size (5x10 ft is standard, 6x12 ft and larger available), and material specialty (some shops run aluminum, copper, and brass routinely; others stick to steel and stainless). Tube laser capacity is more specialized but available in every major fabrication centre.

Specifications

Laser Cutting at a Glance

Certifications
  • ISO 9001:2015
  • CWB W47.1
  • AS9100 (select shops)
  • ITAR / CGP-Compliant Shops Available
Tolerances
Standard
+/- 0.1 mm
Precision
+/- 0.05 mm
Lead Times
Prototype
1–3 business days
Production
1–2 weeks
Network
Closed Beta

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Available Materials

Mild Steel (up to 25 mm) Stainless Steel (up to 20 mm) Aluminum (up to 20 mm) Galvanized Steel Brass / Copper (specialty) Titanium Pre-Painted / Coated Steel

Industries We Serve

Industrial Equipment
Automotive
Architecture & Cosmetic
Aerospace
Sheet Metal Fabrication
Signage & Decor

Frequently Asked Questions

What's the difference between fiber and CO2 laser cutting?
Fiber lasers (1–15+ kW) dominate metal cutting today — they cut faster, run cooler, are more energy-efficient, and handle reflective materials (copper, brass, aluminum) better than CO2. CO2 lasers are still common for non-metallic materials (acrylic, wood, fabric) and some specialty thick-plate steel cutting. Most Canadian sheet metal shops have moved to fiber for metal.
What thicknesses can laser cutting handle?
Modern 12–15 kW fiber lasers cut up to 25 mm mild steel, 20 mm stainless, and 20 mm aluminum. For thicker plate, [waterjet](/manufacturing/sheet-metal/waterjet/) or [plasma cutting](/manufacturing/sheet-metal/plasma-cutting/) take over — waterjet for cold-cut and material flexibility, plasma for fast cutting of carbon steel up to ~50 mm.
How does laser compare to waterjet for sheet metal?
Laser is faster on thinner sheet (under ~12 mm) and produces a finer cut quality. Waterjet handles much thicker material, leaves no heat-affected zone, and cuts materials laser cannot (composites, stone, glass). For most production sheet metal work, laser wins. For thick plate, exotic materials, and heat-sensitive parts, waterjet wins. We route based on the specific job.
Can laser cutting handle tube and structural sections?
Yes — tube laser machines cut round, square, rectangular, and structural tube with the same precision and speed advantages as flat-sheet laser. This eliminates manual notching, drilling, and fitting on welded structural assemblies. Most Canadian fabrication shops with significant structural welding capacity also run tube lasers.

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