Hulls, running gear, and engine room equipment
Stainless, brass, and aluminum brightwork
Boat Storage/Yacht Facilities Infastructure incl Fork/Travel Lifts
Watermaker membranes and condenser coils
Rust & Oxidation Removal: Cleans car frames, panels, and undercarriage parts.
Paint Stripping: Prepares surfaces for repainting without using chemicals.
Engine Components: Cleans cylinder heads, blocks, and gears with precision.
Aircraft Maintenance: Removes coatings, adhesives, and corrosion from aluminum and composite parts.
Delicate Parts: Cleans turbine blades and other high-value components without abrasive blasting.
Arrest and Protect Airport Infastructure / Ground Equipment against Corrosion
Mold Cleaning: Removes residue from plastic and rubber molds without damaging precision surfaces.
Weld Preparation & Post-Weld Cleaning: Strips oxides before welding and cleans weld seams afterward.
Tool & Die Maintenance: Restores cutting tools, dies, and injection molds.
Stone & Masonry: Removes soot and pollutants from historical monuments.
Metalwork: Restores bronze, copper, and iron artifacts.
Paintings & Woodwork: Selective varnish removal without damaging original material. weld seams afterward.
Tool & Die Maintenance: Restores cutting tools, dies, and injection molds.
Pipelines & Tanks: Strips corrosion and coatings for inspection and recoating.
Power Plants: Cleans turbine housings, boilers, and other large machinery.
Wind & Solar: Prepares surfaces for coating and removes contaminants.
Laser Restoration (also known as laser cleaning or laser ablation) uses concentrated light energy to remove rust, paint, varnish, and contaminants from surfaces without physical abrasion or chemicals.
A focused laser beam rapidly heats and vaporizes surface contaminants while leaving the base material untouched. This allows for precise, contact-free cleaning that’s safe for delicate or high-value surfaces.
Laser restoration is effective on metal, fiberglass, stone, composites, ceramics, and certain coatings. It’s commonly used on stainless steel, aluminum, brass, copper, and iron surfaces.
Applications include:
Yes. When operated by trained technicians, it’s non-abrasive, chemical-free, and safe for both the operator and the environment. Proper eyewear and enclosures and fume extraction are used to control reflected light and fumes.
No. The laser is tuned to remove contaminants without affecting the underlying substrate. It’s especially suitable for delicate, precision, or heritage surfaces.
Yes. The equipment is portable, allowing cleaning at marinas, yards, workshops, or directly aboard vessels and vehicles.
Laser systems typically run on single- or three-phase power and can be operated using a portable generator where mains power isn’t available.
Absolutely. Laser restoration reduces prep time, avoids rework, and extends component lifespan — providing long-term savings and superior finish quality compared to traditional methods.
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