Why Fiber Technology
A fiber laser cleaning machine uses the same compact, high-efficiency source that powers fiber cutting and welding — no lamp replacements, pump diodes rated at roughly 100,000 hours and high wall-plug efficiency. The result is lower running cost and less downtime across the machine’s life.
Pulsed 50/100 W — Precision & Portable
Pulsed fiber laser cleaners run air-cooled and battery-portable, delivering nano-level, low-heat cleaning for thin surface rust, coatings, oxide and delicate or heat-sensitive parts. No consumables, no secondary pollution. The right choice for fine work, mobility or substrate-sensitive applications.
Continuous 3000/6000 W — Production Scale
Continuous-wave fiber machines are water-cooled and built for throughput: thick scale and rust, multi-layer paint, large surfaces and heavy structural work. Rust removal rate 50–100 m²/h at 6000 W. Ship hull blast-cleaning cost reduced by 40%; pre-weld cleaning yield 99.5%.
Fiber vs Other Sources
| Fiber | Lamp-pumped | CO₂ | |
|---|---|---|---|
| Source life | ~100,000 h | Consumable lamps | Medium |
| Running cost | Low | High | Medium |
| Wall-plug efficiency | High | Low | Medium |
| Build size | Compact | Large | Large |
| Metal cleaning | Excellent | Good | Poor (reflects) |
Which Format Fits Your Work?
Thin rust, oxide, coatings, precision or heat-sensitive surfaces — pulsed 50/100 W. Thick scale, large areas, production throughput — continuous 3000/6000 W. See the full laser cleaner power guide, or tell us your application for a recommendation.
All units CE-marked. 1-year warranty. Installation, training and after-sales support available.