Sheet metal fabrication you can rely on

Yes. A folded sheet part always corresponds to a single flat pattern, the shape it was cut from before any bend was made, and that pattern can be recovered by measuring the sample. We take the dimensions off the part, account for the material that stretches around each bend, and work back to the flat blank it started as. From there we form the replacement in the same steel, stainless steel or aluminium. This is the heart of reverse engineering for sheet metal work, and it means a worn or obsolete enclosure with no paperwork is a starting point, not a dead end. Where the original design carried a weakness, we correct the flat pattern before any metal is cut, so the replacement comes out better than the original.

Yes. We cut, form, weld and assemble sheet metal in-house, so a part leaves as a finished fabrication rather than a loose set of panels. Keeping cutting, bending and welding under one roof matters more than it sounds. Welding puts heat into the metal and heat moves it, so the fold sequence and the weld order have to be planned together to keep the part flat and square. When the same shop forms and welds the job, that planning happens once, and a part that does not fit is ours to trace back and correct. The result is an enclosure, bracket or frame that fits the assembly it belongs to, checked against the model or the mating parts before it ships. Assembly and welding sit alongside our sheet metal fabrication so an OEM enclosure can be delivered ready to fit.

An engineer prices your sheet metal job within 24 hours, and it is a real engineer who reviews it, not an automated estimate. Our engineers review the part, the material and grade, the gauge, the number of bends and the volume, because all of those drive the cost of a sheet metal fabrication far more than the outline size does. A part with many tight bends, or one that needs welding and assembly, takes more planning than a simple flat blank, and the quote reflects that honestly. If another process suits the part better, you get told straight. Send a sample, a flat drawing or a CAD file, or nothing but the worn part itself, and you will have a costed answer inside a day.

Every bend stretches the metal on the outside and compresses it on the inside, so the flat blank has to be cut slightly different from the sum of the finished faces, and that bend allowance depends on the material, the gauge and the inside radius. On top of that the metal springs back a little after forming, more in aluminium and stainless than in mild steel, so the tooling over-bends by a calculated amount to land on the angle you want. Getting these right is the difference between a part that folds up square and one that fights the assembly. We work the flat pattern and the fold sequence out before any metal is cut, and prove the first article against the model or the mating parts, so the fabrication fits first time.

We work sheet in steel, stainless steel and aluminium, the three families that cover most OEM enclosures, brackets, panels and frames. The right choice is rarely just about strength. Each metal behaves differently under forming: aluminium springs back more after a bend, stainless work-hardens and needs a generous inside bend radius to avoid cracking, and bending across or along the grain of the sheet changes how a tight fold holds. Gauge matters just as much, because thickness sets the minimum bend radius and the smallest flange you can form cleanly. For that reason we confirm the gauge and grade with you before we commit the flat pattern, so the finished sheet metalwork bends and forms without surprises. If you need a material outside the three families, ask us.

Both. We make single replacement parts, such as one obsolete enclosure or a discontinued bracket, and we make multi-unit orders where the same fabrication is repeated across a batch. A one-off is often a reverse engineering job: there is no drawing, so we recover the flat pattern from the sample, form the part and, where the original was weak, make it better than the original. A larger run is about consistency, so the fold sequence and welding fixtures are set once and every unit comes off the same. One of our first orders was four frame units, which shows the work is sized to what you need rather than to a minimum quantity. Whether you need one part or a batch, the sheet metal fabrication is engineered the same way.