Non-abrasive, chemical-free laser cleaning that removes rust, paint, oxide, and contamination — with zero media waste and maximum precision.
The cleanest, safest, most precise surface preparation technology available today.
Target only the contaminant layer without damaging the substrate. Perfect for delicate or high-value components.
No solvents, no blasting media, no hazardous waste — fully compliant with environmental regulations.
Dramatically reduce downtime compared to traditional methods. Automated options available for production lines.
Non-abrasive process preserves tight tolerances and base material properties every time.
Eliminate consumable costs, waste disposal fees, and re-work. ROI is rapid across virtually every application.
No toxic vapors, no high-pressure abrasives. Laser cleaning is among the safest surface prep methods available.
Select an industry to explore our laser cleaning solutions and see example work.
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Component prep & oxide removal
Rust & paint removal
Hull prep & corrosion removal
Bridge & infrastructure treatment
Mold cleaning & tooling preparation
Pipeline & equipment decontamination
Delicate surface cleaning
Turbine & generator cleaning
Paint & coating removal from fine wood
Large-scale industrial operations
Military equipment maintenance
Equipment & machinery surface cleaning
Laser cleaning solutions for this industry
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A sample of our completed laser cleaning projects across industries.
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Project location / client / scope
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Pioneers in industrial laser cleaning technology.
Precision Laser Solutions was founded with one mission: to bring the most advanced, clean, and precise surface preparation technology to American industry. We specialize in industrial laser cleaning — a process that uses concentrated laser energy to remove rust, paint, coatings, oxides, and contaminants from virtually any surface without abrasives, chemicals, or media waste.
Our team brings decades of combined experience in industrial surface preparation. We've worked across aerospace, marine, automotive, structural, and heavy industrial environments — and we bring that knowledge to every project we take on.
Based in Sacramento, California, we serve clients across the region and nationally for large-scale or specialty projects.
Understanding the technology behind our work.
Laser cleaning works by directing a high-powered laser beam at a contaminated surface. The laser energy is absorbed by the contaminant layer — rust, paint, oil, oxide, or scale — causing it to rapidly vaporize or sublimate. The underlying substrate is left intact because it reflects or absorbs the laser energy at a different rate.
The result is a clean, dimensionally precise surface that is ready for coating, welding, inspection, or assembly — without damaging the base material.
Unlike sandblasting, grinding, or chemical stripping, laser cleaning generates no secondary waste stream, no hazardous chemicals, and no risk of substrate damage from abrasive impact. It is the cleanest, safest, and most precise surface preparation method available today.
How we deliver results from first contact to final surface.
We evaluate the substrate, contamination type, and project requirements to select the optimal laser parameters and approach.
Our laser cleaning systems are trailer-mounted for rapid deployment to your facility or job site.
Laser cleaning is performed with precision-controlled parameters matched to your specific surface and contamination profile.
Cleaned surfaces are inspected to verify cleanliness standards are met — including Sa 2.5 or SSPC-SP 10 where required.
We provide project documentation including photos, surface cleanliness reports, and material records for your quality files.
Surfaces are handed off clean, dry, and ready for immediate downstream operations — coating, welding, inspection, or assembly.
We sell laser cleaning machines — and we keep them running.
Portable and industrial fiber laser systems, matched to your application and backed by hands-on support.
We service laser cleaning machines of all makes and models — keeping your system safe, calibrated, and productive.
Scheduled service to maximize uptime and protect your investment.
Protective windows, lenses, and beam delivery checked and replaced.
Power output verification and fault diagnosis on the fiber source.
Coolant, flow, and thermal system checks to prevent downtime.
Nozzles, windows, filters, and wear items sourced and stocked.
Setup and hands-on training for safe, effective operation.
Safety, compliance, and machine setup references.
Read before operating or servicing any laser cleaning system.
The fiber laser cleaning systems sold and serviced by Precision Laser Solutions are Class 4 lasers, the highest and most hazardous laser classification. A Class 4 beam — including reflected or scattered beams — can cause immediate and permanent eye injury and serious skin burns, can ignite flammable materials, and produces hazardous airborne contaminants and fumes. These systems must only be operated by trained personnel under a formal laser safety program.
Owners and operators are responsible for safe use in accordance with all applicable federal, state, and local requirements, including:
Before operating or servicing a Class 4 laser, every owner and technician should:
Disclaimer: This information is provided for general educational purposes only and is not legal advice. It does not replace formal training, the full text of applicable standards, or the guidance of a qualified Laser Safety Officer and attorney. Owners and operators are solely responsible for the safe, lawful use of their equipment. Precision Laser Solutions makes no warranty and assumes no liability for use or misuse of laser equipment.
Scan the code for your system to open its full specification & parameter sheet. On that page, tap “Copy for AI” to paste every specification into ChatGPT, Claude, or any AI assistant for setup guidance — power, frequency, scan rate, and passes by material and contaminant.
Print a code and attach it to each machine so any technician can pull setup parameters on the spot.
Select your machine, substrate, and contaminant to generate verified starting parameters. Access is limited to trained Precision Laser Solutions technicians and Precision Laser Solutions machine owners.
For trained Precision Laser Solutions technicians and Precision Laser Solutions machine owners only.
Request a free quote, schedule a demo, or ask us anything.
We respond to all project inquiries within 1 business day. For urgent projects or emergency mobilization, call us directly.
Precision Laser Solutions — restricted access. Enter the code for the tool you need.
Job pricing & estimate calculator.
ANSI Z136.1 MPE, hazard zone & eyewear OD.
Maximum permissible exposure · Nominal hazard zone · Protective eyewear OD · CW & pulsed · 180 nm – 1000 µm
Four exposure scenarios, each computed from the MPE above. The largest is the controlling NHZ — the minimum extent of the laser-controlled area.