We are capable of providing Plasma, Laser and Flame Cutting , for Carbon Plate, Alloy Plate, HSLA Steel Plate, and Stainless Steel Plate from 3/16″ to 14″in Carbon Steel and 3″ in Stainless Steel.
FAQs about Plasma, Laser & Flame Cutting
Our service can handle carbon steel plate up to ~14″ thick, stainless steel plate up to ~3″ thick, and alloy/HSLA steel in similar applications. Laser is used for thinner sheet or precision shapes, plasma for medium through thick conductive metals, and flame (oxy-fuel) for very thick carbon steel.
Consider:
- Material thickness & grade: For < ~½″ stainless or mild steel, laser gives the best finish; for ½″–4″, plasma is efficient; beyond that, flame may be most cost-effective.
- Precision & edge quality: Laser offers tight tolerances and minimal heat-affected zone; plasma offers speed; flame is good for large plates where precision is less critical.
- Part quantity/complexity: Laser may be best for intricate profiles; plasma for moderate detail; flame for large, simple shapes.
- Budget and lead-time: Laser tends to cost more per hour, but may save on fabricating downstream.
After cutting we can offer hole-punching/drilling, beveling (for weld prep), bending, welding and surface-finishing — so your parts can arrive near “install-ready” condition, reducing on-site work in the Montréal region.
Provide: material type and grade (e.g., A36, 316L, HSLA), plate thickness, required final shape/profile, quantity of parts, tolerance/edge-finish requirement, whether beveling or holes are needed, delivery location (e.g., Montréal, Laval) and required lead-time.
Check: correct material grade/thickness; correct part dimensions; edges free of excessive dross or warping; squareness and bevel if required; holes or slots accurate; printed cut-list matched; adequate surface finish for the next process (welding, coating, assembly).