Technology
Named iron. Published numbers.
Most shops won't tell you what's on the floor. Here's ours — brand, capacity, and the redundancy that keeps a schedule moving.
AMADA FIBER LASER — STEEL ≤ 1.00 IN. AL / STAINLESS ≤ 0.50 IN. ACCEL 250-TONNE BRAKE ×2 — REDUNDANT. ROBOTIC GMAW — STEEL · AL · STAINLESS. WINNIPEG, MB — SINCE 1980
The roster
Laser cutting
- Equipment
- AMADA fiber laser
- Power
- 6 kW
- Max — steel
- 1.00 in
- Max — aluminum / stainless
- 0.50 in
- Bed / max sheet
- 120 × 60 in
Press-brake forming
- Equipment
- ACCEL CNC press brake
- Machines
- 2 (redundant)
- Max tonnage
- 250 tonne
- Max bend length
- 3048 mm
Robotic welding
- Platform
- FANUC robotic cells
- Cells
- 2
- Reach
- 60 in
- Processes
- MIG · robotic GMAW
- Materials
- Steel · Aluminum · Stainless steel
Fit check
Will it fit on our floor?
Check a part against the real envelope before you even open the RFQ. The limits below are the verified ones — no guessing, no over-promising.
Formed L-bracket · blueprint
Fit check
in
Unit
Checked against the AMADA fiber laser: steel to 1.00 in, aluminum & stainless to 0.50 in.
thicknesslimit 1.00 in
0.50 in1.3 in
Verdict
Within envelope
Inside the laser envelope — 0.50 in of headroom under the 1.00" steel limit.
Not a hard no — every part gets a real answer on the RFQ.
Send the drawing. We send back precision.
Materials & tolerances
Materials
- Carbon steelSheet & plate, to 1.00 in
- Stainless steelSheet & plate, to 0.50 in
- AluminumSheet & plate, to 0.50 in
Tolerances
- laser
- Profiles cut to your DXF / STEP
- Press brake
- Bends formed to your callout, first-article verified
- general
- Built to your drawing — tolerances per print
- weld
- Welded to your joint detail and drawing
Tolerances are held to your drawing and proven on a first article before any production run.
Start a quote
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