What sheet metal fabrication costs in Canada, line by line

Sheet metal is quoted as a buildup, not one rate: material, cutting, bends, finishing and setup. Real CAD figures, the volume curve, and how to quote it in Canada.

Quick answer (CAD, as of November 2026): Sheet metal fabrication is priced as a buildup, not a single rate. Your quote is material plus cutting time (laser, plasma or waterjet) plus the number of bends plus finishing plus a setup or minimum charge. A small cut-to-size steel blank is tens of dollars (Nova Scotia supplier Metals 'R' Us lists a 12 in by 12 in piece of 16 ga carbon steel at $14.02 CAD), and a finished custom part typically runs several times the material cost. Volume is the biggest lever: at low quantity the setup dominates, so a one-off is dear and the per-part price falls fast with quantity. Most Canadian shops do not publish an hourly rate; they quote the job from your file.

Sheet metal is a buildup, not a rate

A machine shop quote hides the detail inside a part price, but a sheet metal quote is built from a handful of separate operations. Knowing them tells you where your money goes and which one to attack.

What the material actually costs (CAD)

Material is the one line almost nobody publishes, so a real Canadian number is useful. Metals 'R' Us, a supplier in Dartmouth, Nova Scotia, lists cut-to-size prices (checked November 2026, their table is marked CAD) for a 12 in by 12 in blank:

Those are material cut to size, not a finished part. The same shop notes that small fabricators often price finished custom work at roughly three to six times the material cost once cutting, forming, finishing and setup are added. Treat that as a sanity check on a quote, not a formula: a flat laser-cut plate sits near the low end, a multi-bend finished and coated enclosure near the high end.

Why bends and setup cost money

Cutting a flat profile is one operation; every bend is another. Forming happens on a press brake, and each bend is tool time plus a person handling the part, so bend count and the number of unique setups drive the forming line as much as the cutting does. For scale, the US platform SendCutSend publishes press-brake bending from as low as $0.70 per bend in bulk (USD); in small quantities the per-bend cost is far higher because the setup is spread over fewer parts. This is why a single prototype feels expensive: you pay the full programming, tooling and first-article cost on one piece.

The volume curve

The clearest way to see setup is the same part at two quantities. SendCutSend (a US shop, prices in USD) publishes a worked example: a G90 galvanized steel part at 0.059 in, laser cut with bending and hardware insertion, is about $38.04 each at quantity 1 and about $9.80 each at quantity 100. The currency is American and the number is a US benchmark, not a Canadian quote, but the shape is universal: the setup that dominates a one-off all but disappears across a run. Order the quantity you will actually use, not one piece at a time.

Minimum orders and setup fees

"No minimum order" is now common and worth having, but it does not mean a single part is cheap. SendCutSend states "No minimum order value" and Protocase, a Canadian enclosure maker in Sydney, Nova Scotia, advertises "absolutely no minimum order." You can buy one part from either, but you still pay the full setup on that part, which is why the per-unit price is high until you add quantity. No minimum removes a barrier; it does not change the volume curve above.

Buying from a US platform? The landed cost

The instant-quote platforms that dominate this search (SendCutSend, Xometry) are US shops that quote in USD. A Canadian buyer does not pay the sticker: add the exchange rate, any customs duty for the tariff classification (many finished steel and aluminum parts cross from the United States duty-free when they qualify under CUSMA rules of origin, but confirm the HS code), customs brokerage, and cross-border freight and lead time. Even Protocase, which is Canadian-made, quotes in USD by default and converts to CAD on request. A domestic shop quotes in CAD with none of the border friction, which is part of why the gap to a US platform is narrower than the sticker suggests. The detail is in our guide on reshoring to Canada and the current tariff picture.

How to get a cheaper quote

Cut the material line by nesting parts so less sheet is scrapped, and keep the blank inside a standard sheet. Cut the forming line by reducing the number of bends and reusing the same bend angle and radius so the brake is set once. Pick a standard gauge and a common alloy, keep tolerances on sheet realistic (it springs back and moves under forming), and specify the finish you need rather than the best one. Then order in quantity to spread the setup. For the design side, see design for manufacturing.

What to send for a quote

A flat pattern as a DXF, or a 3D model as a STEP, your material and gauge, the bends, the finish, and the quantity. Send it once and request quotes from Canadian fabrication shops, and we route it to shops set up for your material, thickness and finish.

FAQ

How is sheet metal fabrication priced?

As a buildup: material, cutting time, bend count, finishing, and a setup or minimum charge. Shops rarely sell you an hourly rate directly; they quote the job from your file and quantity. The setup line is why a one-off costs far more per part than a production run.

What drives sheet metal cost up the most?

At low quantity, setup. Across a run, material and the number of bends and operations. Thicker material, stainless or aluminum over steel, many holes or fine detail, tight tolerances, and a sprayed finish all add.

Why do bends cost extra?

Each bend is a separate press-brake operation with its own tool setup and part handling. More bends and more unique bend setups mean more time. In bulk the per-bend cost drops sharply (one US platform publishes bending from about $0.70 per bend at volume); in small quantities it is much higher.

Is there a minimum order for custom sheet metal?

Often not any more. Platforms like SendCutSend and the Canadian maker Protocase advertise no minimum order. But no minimum does not mean a cheap single part, because you still pay the full setup on one piece.

Which is cheaper, laser, plasma or waterjet?

It depends on thickness and material. Laser is fast and clean on thin to medium steel and stainless; plasma is cheaper on thick steel but rougher; waterjet cuts anything and thick stock without heat but is slower and usually costs more per hour. We cover the trade-off in laser, plasma and waterjet cutting.

Is steel, aluminum or stainless cheaper to fabricate?

Carbon steel is usually the cheapest to buy and cut. Aluminum costs more per pound and needs care on finishing; stainless costs more and is slower to cut and form. Spec the material the part needs, not the one that sounds strongest.

Is it cheaper to fabricate in Canada or order from a US platform?

US platforms quote in USD and can look lower, but a Canadian buyer adds exchange, duty, brokerage and cross-border freight and lead time. For most jobs a Canadian shop is competitive once those are counted, and it avoids cross-border tariff risk. See reshoring to Canada.

Last reviewed: November 2026. Canadian figures (Metals 'R' Us material prices, Protocase no-minimum policy) were checked on each company's own site the day this was written; the SendCutSend example is a US benchmark in USD, labelled as such. No Canadian shop publishes a flat hourly sheet metal rate, so this guide builds the cost from material and operations instead. Related reading: laser, plasma and waterjet cutting and what CNC machining costs.