Machine introduction:

The 500W/1000W pulse laser cleaning machine is a high-power, high-precision industrial cleaning device designed for efficient removal of rust, paint, oxidation layers, grease, and other contaminants from metal surfaces. Adopting advanced nanosecond pulsed fiber laser technology, it delivers non-contact, eco-friendly, and damage-free cleaning performance, widely applied in shipbuilding, automotive manufacturing, aerospace, and heavy industry.

Key Features

1. High Power & Efficiency

500W for light-to-medium tasks (e.g., thin rust, paint stripping); 1000W for heavy-duty applications (e.g., thick oxide layers, heavy corrosion).

Cleaning efficiency: 3–6 m²/h for light rust, 0.5–1 m²/h for heavy rust; 1000W model boosts efficiency by ~122%–128% compared to 500W.

2. Non-Destructive Cleaning:

Substrate damage <0.0005mm; preserves material properties without altering surface morphology. Adjustable pulse parameters (width: 10–500ns; frequency: 1–4000kHz) for precise control over cleaning intensity.

3. Eco-Friendly & Cost-Effective:

Zero consumables (no chemicals, abrasives, or media); no secondary waste, complying with environmental regulations.

Low maintenance; laser source lifespan ≥100,000 hours, ensuring long-term reliability.

4. Advanced Configuration:

Cooling: Integrated water-cooling system for stable continuous operation (0–35°C working temperature).

Scanning: 12 dual-axis scan patterns; adjustable scan area (5–114mm) for flat, curved, or complex surfaces.

Safety: Class 4 laser safety standard; IP54 protection for critical components.

Applications

Shipbuilding & Marine: Hull rust removal, coating stripping, and maintenance of offshore structures.
Automotive: Chassis derusting, paint removal from body panels, and mold cleaning.

Aerospace: Precision cleaning of aluminum/titanium alloy components and removal of thermal barrier coatings.

Heavy Industry: Steel bridge maintenance, storage tank cleaning, and equipment refurbishment.
Mold Industry: Cleaning of tire molds, injection molds, and precision tooling without damaging surface textures.