Pro Form Metals
Precision laser cutting for steel, stainless, and aluminum — tighter tolerances, cleaner edges, and finer detail than plasma. Ideal for parts that need to fit precisely, intricate decorative work, or production runs where consistency matters.
Overview
Laser cutting delivers cleaner edges and tighter tolerances than plasma — making it the right choice for parts that need to fit precisely, thin-gauge sheet metal, fine decorative detail, or repeat production runs where consistency is critical. We cut steel, stainless steel, and aluminum from your DXF file. Don't have a file? Bring a sketch, photo, or sample part and we'll build it.
Our Process
Send us your DXF or DWG file and we'll quote material, cut time, and quantity. If you're working from a sketch, photo, or an existing part, we build the file — just get us what you have. We confirm the design with you before cutting, then run the job. Laser-cut edges are clean and typically require no secondary deburring. Most orders are ready within a few days; larger production runs within 1 to 2 weeks. If your project also needs bending, welding, or finishing, we can handle that in-house too.
Materials
Laser cutting works best on thin-to-medium gauge material — typically up to 3/8" in mild steel, up to 1/4" in stainless, and up to 1/4" in aluminum. Mild steel (A36) cuts fast and clean and is ideal for structural parts and decorative work. Stainless (304 and 316) gives you corrosion resistance with a smooth, bright edge. Aluminum (6061) cuts with exceptional edge quality and is great for lightweight parts and panels. For thicker plate, plasma cutting may be the better call — we offer both and can recommend the right process for your job.
Our Work



Supply
As an authorized Metal Sales Manufacturing distributor, we stock pre-painted flat sheets and coil in 24, 26, and 29 gauge steel — available in 16+ standard colors with Galvalume, PVDF, and Colorfast45 finishes. Need sheet stock for your own shop in addition to laser-cut parts? We can supply both from one order.
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Laser cutting is more precise — it holds tighter tolerances (±0.005" vs. ±0.030–0.060" for plasma) and produces a cleaner, slag-free edge. It's the right call for thin-gauge material, intricate detail, fine text, and production runs. Plasma is better suited for thicker plate and jobs where tight tolerances aren't required. We offer both and can recommend the right process for your project.
DXF is preferred and works directly with our cutting software. We also accept DWG. If you have a PDF, sketch, or physical sample, we can build the file from that — just include as much detail as you can about dimensions and tolerances.
Generally up to 3/8" in mild steel, 1/4" in stainless, and 1/4" in aluminum. For material thicker than these ranges, plasma cutting is usually the better process. Contact us with your spec and we'll confirm before you commit.
Generally no — laser-cut edges are clean and don't require deburring like plasma-cut edges do. For stainless, the edge is typically bright and smooth. If you need a specific surface finish or weld prep bevel, we can add that as a secondary operation.
No minimum. We cut single pieces regularly. Pricing is based on material, cut length, and complexity. Production runs become more cost-efficient once the file is approved and setup is amortized across quantity.
More Services
Faster cuts on thicker plate — great for brackets, flanges, and large shapes.
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Full fabrication from cut parts — bending, welding, and finishing in-house.
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Laser-cut decorative infill and precision components for railing systems.
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Send us your DXF file, a sketch, or a photo and we'll follow up with a quote. Have questions about laser vs. plasma? Give us a call.
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