Laser Cleaner Price by Power Level
Laser cleaning cost scales with power — but the relevant comparison is not a continuous wattage ladder. Two distinct technology groups define the real price structure: pulsed air-cooled at 50 W or 100 W, and continuous water-cooled at 3000 W or 6000 W.
Pulsed 50 W and 100 W — Portable Tier
Air-cooled units. Lower acquisition cost, zero consumable cost, no chiller, no blast media, no disposal. The portable tier suits precision, conservation, on-site field work and applications where substrate damage must be minimised. 50 W is the lightest and most precise; 100 W adds throughput while staying handheld-portable.
Continuous 3000 W and 6000 W — Industrial Tier
Water-cooled, three-phase power. Higher acquisition cost offset by production throughput: 50–100 m²/h rust removal, large-area de-coating, pre-weld surface prep on structural steel. 6000 W approximately doubles throughput vs 3000 W on thick rust (≥ 3 mm) or multi-layer coatings (≥ 5 layers). The economics of continuous laser vs sandblasting typically show a 40% cost reduction on hull-scale jobs.
Which Tier Is Right for Your Budget
Match the format to the application, then evaluate cost: pulsed 50/100 W for low-volume, precision or field work; continuous 3000/6000 W for high-throughput industrial cleaning. Pre-weld cleaning at 99.5% yield and mould-life extension of 2–3× are documented outcomes on continuous systems. Contact us for a quotation matched to your application →