Both productivity figures come from sources with a stake in the comparison: the blasting rate from a garnet manufacturer, the laser rates from laser retailers. Vantix figures are from Vantix’s own laser cleaning spec sheet.
Rental: a Clemco 6 cu ft blast pot at $185 a day or $725 a week, plus an air compressor at $55 a day — both US pricing, the pot figure dated April 2025. Purchase spans under $200 to over $15,000 by size; no exact model price is published, because suppliers gate it behind a quote request. No Canadian rental or purchase figure was found.
Purchase only, at US-dollar list prices. STYLECNC lists its 1500 W–3000 W continuous LC3000 at $3,800–$6,000; Cloudray displays its 300 W pulsed CL-300 at $15,999 regular, $13,999 sale. Both retrieved 24 September 2026. No third-party laser rental figure was found.
Quoted per configuration.
At 5–20 m² an hour and 2–3 lb of garnet a square foot, abrasive runs roughly $75 to $199 an hour at Canadian retail (Grainger Canada price, retrieved 16 September 2026). Single-use where contaminated — see the regulatory row.
No abrasive is consumed. No vendor among the four researched publishes a lens or optic replacement price or interval, or a shielding-gas requirement, so this page puts no dollar figure on laser consumables.
No abrasive is consumed.
$18.25–$30.00 in BC, $16.00–$30.00 in Alberta, median $20.00 in both (Job Bank, occupation 14365, 2023–2024 reference period).
No Canadian wage code exists for a laser cleaning operator. This page applies the same sandblaster band to both sides and says so — it is an assumption, not a source.
Same assumption.
5–20 m² an hour published generally, and 259 ft² an hour (about 24 m²) claimed by GMA Garnet for its own garnet — a vendor’s comparative claim. Both retrieved 16 September 2026.
3.0–5.0 m²/hr at 1.5 kW on heavy rust and paint; 3–6 m²/hr at 1.5 kW and 8–14 m²/hr at 3.0 kW on light paint over rust; 2–3 m²/hr at 200 W on field rust to Sa 2.5. Laser vendor and aggregator sources, retrieved 16 September 2026.
Vantix publishes continuous cleaning at 2 kW and 3 kW, so the 3.0 kW row is the relevant ceiling. Published tiers above 3 kW are outside what Vantix publishes and are not quoted here.
Named in the regulation. WorkSafeBC’s Occupational Health and Safety Regulation, Part 12, requires a risk assessment before any abrasive blasting that may release a toxic heavy metal or asbestos (s. 12.98); substitution of silica-bearing media where practicable (s. 12.100); no reuse of abrasive containing crystalline silica or contaminated with lead, chromium, nickel or mercury (s. 12.101); engineering controls — an enclosure, or local exhaust with dust collection — to hold airborne contaminants below exposure limits where practicable (s. 12.103); and negative-pressure exhaust ventilation on isolated enclosures and cabinets (ss. 12.97, 12.104). Alberta regulates the same activity under its own Occupational Health and Safety Code, Part 4; this page names the section and quotes no figure from it, because the figure could not be verified against the primary text.
Different apparatus, also a duty. Industrial cleaning lasers are normally Class 4 at the source under the ANSI Z136.1 framework, and a Class 4 source can sit inside a certified Class 1 enclosure. Published fume-extraction guidance for light industrial work is 150–300 CFM with staged filtration — pre-filter, HEPA at 99.97% down to 0.3 micron, then activated carbon (retrieved 16 September 2026). No dollar figure for laser safety glasses, a laser safety officer programme or an enclosure build was found, so none is quoted.
Same class of duty as any industrial cleaning laser. Vantix publishes eight selectable cleaning patterns.
Varies by contamination; not included. Whether spent media is hazardous is determined by leaching test before disposal, and BC governs hazardous waste under the Hazardous Waste Regulation (B.C. Reg. 63/88) made under the Environmental Management Act, Alberta under the Environmental Protection and Enhancement Act and the Waste Control Regulation. No BC or Alberta per-tonne tipping fee for contaminated blast media was found, so this page states the duty and puts no number on it.
No abrasive to dispose of. Extraction filters are consumed; no published replacement cost was found.
No abrasive to dispose of.
To SSPC-SP10 / NACE No. 2 near-white metal, with a published coverage figure: a 50 lb charge of 30/60 garnet covers about 25–40 ft² of Grade C steel to that standard on a first pass. SSPC-SP10 allows light shadows, streaks or discoloration on no more than 5% of each square inch, with the remaining 95% free of visible residue. Both retrieved 16 September 2026.
Published field rates are quoted to Sa 2.5 near-white metal at 200 W. No vendor source researched publishes an anchor-profile figure for laser cleaning.
Vantix publishes surface prep standard up to SP-10 near-white blast — that is SSPC-SP10 / NACE No. 2 — and 8 selectable cleaning patterns.
Every input the worked example uses, with its source and the date it was retrieved, so you meet the inputs before the result. Nothing here is Vantix’s own figure except the four C rows.
$18.25 low, $20.00 median, $30.00 high per hour. Government of Canada Job Bank, occupation 14365 (Sandblaster), British Columbia; reference period 2023–2024, page updated 19 November 2025; retrieved 16 September 2026. Primary document.
$16.00 low, $20.00 median, $30.00 high per hour. Job Bank, occupation 14365, Alberta; same reference period and update date; retrieved 16 September 2026. Primary document.
Assumed identical to A1 and A2. No Canadian occupation code exists for a laser cleaning operator, so this is an assumption, not a source. It is deliberately conservative: applying the same wage to both sides removes the wage rate as a differentiator and leaves only productivity.
$23.08 CAD per 50 lb bag, which is $0.4616 per lb. Grainger Canada listing for garnet abrasive; retrieved 16 September 2026. Third-party retailer.
2–3 lb per ft², which is 21.53–32.29 lb per m². Published industry consumption guideline; surface- and coating-dependent; retrieved 16 September 2026. Third-party.
5–20 m² per hour. Published general sandblasting range, condition-dependent; retrieved 16 September 2026. Third-party.
259 ft² per hour, which is 24.06 m² per hour. GMA Garnet, for its own garnet media against coal slag; the vendor has a commercial interest in this comparison. Retrieved 16 September 2026. Third-party, interested.
3.0–5.0 m² per hour, heavy rust and paint on structural steel. Laser-cleaning vendor and aggregator sources; retrieved 16 September 2026. Third-party, interested.
3–6 m²/hr at 1.5 kW, 5–9 at 2.0 kW and 8–14 at 3.0 kW, light paint over rust on mild steel, single pass. Same sources; retrieved 16 September 2026. Third-party, interested.
2–3 m² per hour, field rust removal to Sa 2.5. Same sources; retrieved 16 September 2026. Third-party, interested.
1 m² = 10.7639 ft². An exact conversion, not a sourced claim.
$185 a day or $725 a week for a Clemco 6 cu ft pot; $55 a day for a compressor; under $200 to over $15,000 to purchase. US pricing, the pot figure dated April 2025; no Canadian figure exists in the research. Reported as published, never converted, and never folded into the Canadian-dollar result. Retrieved 16 September 2026.
$3,800–$6,000 (STYLECNC LC3000, 1500–3000 W continuous); $15,999 regular and $13,999 as displayed on sale (Cloudray CL-300, 300 W pulsed). US-dollar list prices; both vendor pages fetched directly, 24 September 2026. Third-party.
Continuous cleaning 2 kW / 3 kW, integrated water cooling, max scan width up to 300 mm. Vantix Spec Sheet 04, printed PDF. Primary document.
Pulsed cleaning 200 W / 300 W / 500 W / 1000 W / 2000 W; air-cooled 200–300 W, water-cooled 500/1000/2000 W. Vantix Spec Sheet 04. Primary document.
Surface prep standard up to SP-10 near-white blast; 8 selectable cleaning patterns. SP-10 is SSPC-SP10 / NACE No. 2. Vantix Spec Sheet 04. Primary document.
The Kamloops Heritage Railway Society quote, in full, further down this page. Vantix Spec Sheet 04; the brochure carries a shorter form. Primary document.
Clean-Laser’s prices (two published estimates for the same 1 kW model differ roughly fourfold and were not reconciled). One US vendor’s published range (the vendor’s own shop page would not load, so the figure is second-hand and is not quoted). Alberta’s air-pressure figure for supplied-air blasting hoods (it could not be verified against the primary legislation). Any laser tier above 3 kW (above what Vantix publishes). Energy on both sides (the two published laser draw figures contradict each other, and the compressor fuel figures are unverified). Spent-media disposal cost, and containment, PPE and enclosure cost on both sides (no published price was found for any of them). Each exclusion removes a line from both columns or from neither.
Computed from the inputs above. One operator, the British Columbia median wage, Canadian dollars, and 1 m² = 10.7639 ft². Nothing else is included, and the last block says exactly what is missing.
Abrasive per m² = lb per ft² × 10.7639 × price per lb. Labour per m² = hourly wage ÷ m² per hour. Garnet at $23.08 for 50 lb (Grainger Canada, retrieved 16 September 2026) is $0.4616 a pound, and published consumption of 2–3 lb a square foot (industry guideline, retrieved 16 September 2026) is 21.53–32.29 lb a square metre. Labour is the BC median of $20.00 an hour (Job Bank, occupation 14365, 2023–2024 reference period).
No abrasive line. Labour at the same $20.00 an hour, against the published rates (laser vendor and aggregator sources, retrieved 16 September 2026). Published tiers above 3.0 kW exist in the vendor material and are left out, because 3 kW is the top of the continuous range Vantix publishes.
At 1.5 to 3.0 kW, blasting’s lowest published abrasive line is larger than the laser’s entire labour cost at the slowest published kilowatt-class rate — before blasting has paid an hour of wages.
At 200 W pulsed on field rust to Sa 2.5, the bottom of the pulsed range, the laser’s labour alone reaches $10.00 per m², at or above blasting’s lowest published abrasive line of $9.94. The result is power-dependent, and at the bottom of the range the arithmetic does not favour the laser.
The published blasting rentals are US-priced, purchase prices are quote-gated, and no Canadian figure was found; mixing currencies would make the number worse, not better. Capital is the line where blasting is least expensive to start, and it is not in this calculation.
Varies by contamination; not included. No BC or Alberta per-tonne figure was found.
The two published laser draw figures contradict each other (a 1000 W unit reported at about 6 kW total draw against a 1500 W unit at 3–5 kW, both retrieved 16 September 2026), and the compressor fuel figures are unverified or from general content sites. Excluding one side only would bias the result, so neither side carries an energy line.
No price was found for a supplied-air respirator or blast suit, and none for laser eyewear, a safety-officer programme or an enclosure.
The Job Bank median for the same occupation is $20.00 an hour in Alberta as well, so every figure above holds unchanged at the median.
Blasting has a published coverage figure against a named standard: about 25–40 ft² of Grade C steel per 50 lb charge of 30/60 garnet to SSPC-SP10 / NACE No. 2 on a first pass (retrieved 16 September 2026). No laser-cleaning vendor among the four researched publishes an anchor-profile figure at all. If your paint system’s data sheet specifies a profile, the published record covers blasting and is silent on laser — that silence is a reason to blast, and we would rather say so than argue around it.
A blast pot and compressor are published day rentals — $185 and $55 a day respectively, US pricing, the pot figure dated April 2025. Every laser cleaning price found in the research is a purchase price, from $3,800 for a 1500 W continuous unit to $15,999 as displayed for a 300 W pulsed one (US-dollar list prices, both retrieved 24 September 2026); no third-party laser rental figure was found. For a single job at low utilisation, renting beats buying, and blasting is the one of the two you can rent.
GMA Garnet publishes 259 ft² an hour — about 24 m² — for garnet (retrieved 16 September 2026). That is above every published laser cleaning rate at or below 3 kW, which tops out at 8–14 m² an hour. The laser rates that exceed it belong to power tiers above what Vantix publishes. On square metres per hour alone, at the top of each published range, blasting is ahead.
$9.94 to $14.91 per square metre of garnet at Canadian retail (Grainger Canada price, retrieved 16 September 2026), against no abrasive at all. That is the whole of the worked-example finding, and it does not depend on a vendor’s productivity claim.
WorkSafeBC’s Part 12 forbids reusing abrasive that contains crystalline silica or has been contaminated with lead, chromium, nickel or mercury (s. 12.101), and requires a risk assessment before blasting that may release such a contaminant (s. 12.98). Contaminated abrasive is therefore single-use and becomes waste you have to characterise and route. A laser produces no spent abrasive. It produces fume, which is a real duty with its own extraction and filtration — a different duty, not an absent one, and this page does not price either.
Eight selectable cleaning patterns, and the only named customer Vantix has: the Kamloops Heritage Railway Society, quoted in full below.
The only named customer in Vantix’s own document set, quoted in full from its laser cleaning spec sheet:
"Saved a couple of weeks of work — completed in just three hours — on the Spirit of Kamloops restoration using Vantix laser cleaning. The precision was exactly what a heritage project demands." — Kamloops Heritage Railway Society
No Vantix cleaning price appears on this page, because none is published: Vantix laser cleaning is quoted per configuration. What Vantix does publish, verbatim from its laser cleaning spec sheet:
Service, as published: a 48-hour on-site service SLA in Western Canada, a 24/7 Canadian hotline, parts stocked in Lumby, BC rather than overseas, and a 2-year warranty.
This page compares two processes. Two other pages cover the machines.
The laser cleaning systems page covers the product itself: power range, cleaning patterns and specifications. Industrial vs imported laser rust removal machines covers how the machines differ, and what to ask an importer.
Bring us the part, not the brochure.
Tell us the substrate, the coating and the standard you have to hit, and we will tell you whether a laser is the right tool for it.
Call 778-907-9796.
