What waterjet cutting costs in Canada, and when it is worth it

Waterjet is priced by machine time, and garnet is most of it. Real CAD figures, why it is slow and cuts anything, and when laser or plasma is cheaper.

Quick answer (CAD, as of November 2026): Waterjet cutting is priced by machine time, and most of that cost is the abrasive garnet in the stream, around three quarters of the hourly running cost. It cuts slowly, so it is usually the highest cost per foot of the cutting methods, but it cuts any material at any thickness with no heat-affected zone. A Montreal platform, uMake, lists waterjet from $180 to $250 per hour (CAD) with no minimum. Use it when heat, a reflective or composite material, or a thickness past a laser's reach rules the cheaper methods out; otherwise laser or plasma is usually cheaper.

Waterjet is priced by the minute, and garnet is most of it

Like other cutting, waterjet is sold by machine time, but its cost structure is distinctive: the abrasive garnet is the dominant consumable. One machine vendor puts garnet at about 75 percent of the hourly running cost, flowing at one to two pounds a minute at roughly a quarter a pound, which alone is on the order of $18 to $36 USD per hour. The machine's own running cost is modest and dominated by that garnet; the billed shop rate is far higher once you add the machine, labour, overhead and margin, which is why uMake, a Montreal platform, lists waterjet from $180 to $250 per hour (CAD).

Why it is slow, and why that matters

A waterjet cuts at roughly 15 inches per minute or less, against a laser's 20 to 70. Fewer inches per minute means more machine time per part, which is why waterjet is usually the highest cost per foot. Thickness and edge quality make it slower still: a fine, smooth edge (a Q5 cut) can take three to five times as long as a rough separation cut (Q1), so paying for a finish you do not need is an easy way to overspend.

What you get for the cost

The reason to pay it: a waterjet cuts cold. There is no heat-affected zone, so it does not warp thin parts, harden edges or change the metal, and it cuts anything, including metal, stone, glass, composites and stacked material, at thicknesses a laser cannot reach (into several inches of metal). For a part that is thick, heat-sensitive, reflective or made of a material a laser or plasma cannot touch, waterjet is not the expensive option, it is the only one.

Waterjet vs laser vs plasma on cost

Match the process to the material and thickness. On thin to medium steel and stainless, under about an inch, laser is faster and cheaper. On thick steel, plasma is faster and cheaper than waterjet, though it leaves a heat-affected edge and only cuts conductive metal; one vendor pegs plasma running cost around $15 USD per hour against waterjet near $30. Waterjet earns its higher cost per foot when you need no heat, any material, or a thickness the others cannot manage. The full trade-off on edge quality and tolerance is in laser, plasma and waterjet cutting.

Buying from a US platform? The landed cost

The platforms that rank for this search (SendCutSend, Xometry) are US shops quoting in USD. SendCutSend's waterjet service, for example, shows a carbon-fibre part at $39.96 each for one and $22.20 each at a hundred (USD), with no minimum and bulk discounts, but a Canadian buyer adds the exchange rate, cross-border shipping (its Canada page lists from $19 USD, with duties and taxes collected), and brokerage. A domestic shop quotes in CAD with none of that. The border math is in reshoring to Canada and the current tariff picture.

How to cut your waterjet cost

Nest parts so the head travels less and wastes less sheet, and order in quantity (platforms discount heavily into the hundreds). Ask for only the edge quality the part needs, since a fine finish multiplies cut time. And check whether laser or plasma can do the job: if the material is thin, conductive and not heat-sensitive, one of them is usually cheaper.

What to send for a quote

A flat DXF, or a STEP model, the material and thickness, the edge quality you need, and the quantity. Send it once and request quotes from Canadian waterjet shops, and we route it to shops set up for your material and thickness.

FAQ

How is waterjet cutting priced?

By machine time, and most of that cost is abrasive garnet (about three quarters of the hourly running cost, per one vendor). The billed shop rate adds the machine, labour, overhead and margin on top; uMake, a Montreal platform, lists waterjet from $180 to $250 per hour (CAD).

Why is waterjet more expensive than laser?

Because it is slow. A waterjet cuts at around 15 inches per minute or less against a laser's 20 to 70, so it spends more machine time per part. On thin material a laser is cheaper; waterjet wins when you need no heat, any material, or more thickness than a laser can cut.

Is waterjet or plasma cheaper?

Plasma, on thick conductive steel, where one vendor puts it near $15 USD per hour against waterjet around $30, and it cuts faster. But plasma leaves a heat-affected edge and only cuts conductive metal. Waterjet cuts cold and cuts anything.

Does thickness or edge quality change the cost?

A lot. Thicker material cuts slower, and a fine, smooth edge (a Q5 cut) can take three to five times as long as a rough separation cut, so specify the finish you actually need.

How much is the garnet abrasive?

Roughly a quarter a pound, flowing at one to two pounds a minute, which is on the order of $18 to $36 USD per hour at full flow (one vendor's figures). It is the single biggest piece of the running cost.

How do I reduce waterjet cost?

Nest parts, order in quantity, ask for only the edge quality you need, and use laser or plasma instead where the material and thickness allow.

Last reviewed: November 2026. The Canadian rate (uMake, Montreal) and the US platform example (SendCutSend) were read on each company's own page the day this was written; US figures are in USD and labelled as such, and uMake's prices are CAD shown with a bare dollar sign. Machine running-cost and garnet figures are a cutting-machine vendor's, labelled by currency; the page that ranks first blocks automated reading and was not quoted. Related reading: laser, plasma and waterjet cutting and laser cutting cost.