Straight answers before the job starts.

Our 2000W continuous wave fiber laser can remove rust, oxidation, failed paint, suitable industrial coatings, carbon, oil residue, and other surface buildup from durable metal equipment and components. The actual result and cleaning speed depend on the metal, coating, thickness, corrosion level, and required finish.

The strongest applications are substantial steel and cast iron parts such as equipment frames, brackets, housings, fabricated components, trailer frames, automobile chassis and subframes, heavy restoration parts, heavy equipment parts, and targeted weld areas. The machine is built for production cleaning on durable metal, not delicate conservation work.

Yes, suitable automobile frames and heavy restoration components can be a strong fit. Possible applications include chassis, subframes, axle housings, crossmembers, control arms, brackets, and cast iron parts. Thin body panels, galvanized metal, wiring, bearings, seals, hoses, and heat sensitive assemblies need closer review or may not be appropriate for a 2000W continuous wave laser.

The process can be controlled, but no responsible contractor should promise that every surface is automatically safe. Continuous wave lasers create heat. We begin with a small test area and adjust the settings based on the metal, coating, thickness, and finish requirements before moving into full cleaning.

Possibly, but these materials require closer review because they can react differently to heat. Thin panels, precision surfaces, aluminum, stainless steel, galvanized metal, and plated parts are tested before we decide whether the job is appropriate for our equipment.

We normally avoid glass, fiberglass, wood, rubber, plastic, wiring, hoses, seals, bearings, sensitive electronics, wire rope, and delicate finished surfaces. Aircraft parts, load bearing components, and parts controlled by engineering or manufacturer requirements need written approval and an appropriate procedure.

Laser cleaning turns the removed material into fumes and fine particles. The amount and type depend on what is being removed. Ventilation, extraction, respiratory protection, and site controls are selected for the job. Unknown or hazardous coatings must be identified before work begins.

Hazardous coatings require identification, proper work controls, and a disposal plan. We do not assume an unknown coating is safe. Depending on the material and site requirements, testing or support from an environmental professional may be needed before we can accept the work.

Yes. We bring the laser cleaning equipment to suitable shops, facilities, yards, and jobsites throughout Brevard County and Florida's Space Coast. Access, ventilation, power, weather, nearby personnel, and the available work area are reviewed before scheduling.

Power requirements are confirmed during project review. The correct setup depends on the job location, available electrical service, equipment placement, cable distance, and whether a separate mobile power source is needed. We confirm this before arriving so there are no surprises.

Pricing depends on the material, coating, corrosion level, surface area, part shape, access, safety controls, travel, and the production rate confirmed during testing. Photos help with the first review, but some projects need a test area or site visit before a firm price can be provided.

There is no honest production rate that applies to every project. Light rust on open steel cleans differently than thick paint, layered coatings, deep corrosion, or parts with complex shapes. We measure the actual cleaning rate on the customer's material before committing to a production schedule.

Send clear photos, the type of metal if known, what needs to be removed, the approximate size, the job location, and the finish you need afterward. Also mention any hazardous coating concerns, access limits, shutdown windows, or facility safety requirements.