SPECIALIZED INDUSTRIAL CAPABILITY

Industrial Laser Rust Removal & Oxidation Ablation

Our high power pulsed fiber laser systems quickly lift iron oxide scale, flash rust, and heavy corrosion down to bare steel with zero parent metal erosion.

Key Engineering Advantages

  • Cleans steel thoroughly down to raw, bare metal ready for new coating
  • Zero parent metal erosion or surface damage with pinpoint laser precision
  • Eliminates 100% of abrasive media disposal costs and messy containment setups
  • Integrated HEPA vacuum captures 99.97% of airborne oxide particulates

Compatible Substrates & Alloys

Our Class 4 high-energy fiber laser rigs selectively ablate contaminants while safely reflecting off underlying base metals with zero mass loss or metallurgical alteration:

Carbon Steel Cast Iron Weathering Steel (Corten) Tool Steel Wrought Iron
Zero Secondary Media Waste:

Eliminates 100% of sandblasting grit, chemical disposal manifests, and environmental runoff permits.

Mobile Fleet Deployment

Regional Mobilization Availability

Our mobile laser units are staged across primary industrial corridors for on-demand mobilization to your job site or facility.

Texas Corridor

Texas & Gulf Coast Petrochemical Corridor

Serving Greater Houston, Ship Channel, Beaumont, Corpus Christi & Texas Gulf Coast industrial facilities.

Houston, TX Pasadena, TX Deer Park, TX Baytown, TX Galveston, TX
Florida Corridor

Florida & Coastal Marine Region

Covering Miami-Dade, Broward, Palm Beach counties, Port Everglades, and Florida coastal corridors.

Miami, FL Fort Lauderdale, FL West Palm Beach, FL
DMV Capital Region Corridor

DMV Capital & Mid-Atlantic Infrastructure Hub

Serving Washington D.C., Northern Virginia, Suburban Maryland, Baltimore Port, and Mid-Atlantic transit corridors.

Alexandria, VA Baltimore, MD
NATIONWIDE MOBILE SERVICE INQUIRY

Request an On-Site Laser Assessment

Contact our specialized laser engineers for substrate testing, turnaround scheduling, or immediate project mobilization across the United States.