the First Time.
High-Definition Plasma Cutting and Precision Beveling
Weld-ready edges cut to the print — bevels included — so the part your crew unpacks is the part they install, not the part they fix.
A bevel ground by hand is a bevel that varies.
Most plate arrives cut square. Somebody in your shop then has to put the weld prep on it — usually with a grinder, usually by feel, usually under schedule pressure. The angle drifts. The root face varies. The welder compensates. And a joint that was engineered to a spec becomes a joint that was finished to an opinion.
Cut the bevel instead of grinding it, and the variable disappears. A high-definition plasma head running a programmed bevel puts the same angle and the same land on part one and part five hundred. Your welders stop correcting geometry and start laying wire, and your inspector stops finding surprises.
That's the entire argument for this line: it isn't that we cut plate. It's that the edge is finished when it leaves.
Three capabilities, one work order.
High Definition Plasma
Tighter kerf, squarer edges, and far less dross than conventional plasma. Parts come off the table dimensionally accurate and clean enough to go straight to the next operation.
Precision Beveling
Programmed weld preps cut in the same operation as the profile — V, X, K and Y bevels with a controlled land, repeating exactly across the run.
Multi-Thickness Cutting
A working range covering light sheet through heavy plate, so a mixed-thickness job stays on one table, one program, and one work order.
Capacity and tolerances
Thickness range · table size · materials · bevel angles · cut tolerance · typical turnaround — to be confirmed with the shop. This is the block that separates this page from every other plasma page in Florida.
What “to spec” means here.
Dimensional accuracy
The profile matches the drawing, and the fiftieth part matches the first.
Edge squareness
Minimal bevel drift on square cuts, and a face clean enough to weld without dressing.
Dross
Knocked down to essentially nothing, so nobody is chipping the underside of your parts.
Bevel geometry
Angle and land held to the print across the entire run.
If your parts get welded, this line decides how much work that weld takes.
Structural steel fabricators running connection plates, gussets, base plates and stiffeners where the next operation is a weld.
Infrastructure and heavy civil contractors who need embeds, bearing plates and bracketry cut to a drawing and delivered against a schedule a crane crew is already booked to.
Energy and environmental contractors fabricating tanks, stacks, chutes and skids, where a consistent weld prep is the difference between a clean X-ray and a repair.
A cut part doesn't have to stop here.
Needs a bend? → Heavy Plate Forming & Shearing
Needs a bolt pattern or a machined face? → Advanced CNC Machining & Sawing
Needs deburring, cleaning or kitting before it ships? → Production Prep & Staging
Same job number. Same datum. No freight in between.
Send the print. We'll send back a number.
DXF, DWG, STEP or a marked-up PDF is enough to start. Our estimators quote in-house.