Laser Cleaning
Non-contact laser technology that cleans with pinpoint accuracy.
The Future of Surface Cleaning
Tired of Cleaning Tools That Cost More Than They Save?
How to Remove Rust, Paint, and Oil Without Damaging the Surface.
Laser cleaning is a non-contact, eco-friendly surface treatment method that uses high-energy laser beams to remove rust, paint, oil, oxides, and other contaminants from metal, stone, plastic, or glass surfaces.
Unlike sandblasting or chemical stripping, laser cleaning precisely targets unwanted materials without damaging the base surface.
It works by directing a focused laser pulse that heats and vaporizes surface contaminants or causes them to break away through micro-explosions, leaving a clean and intact substrate.
Ideal for industrial, automotive, and heritage restoration applications where precision and safety matter.
find a Laser Solution that will work for you
Cutting-Edge Laser Cleaning Solutions for Precision, Efficiency, and Worker Safety
Get a laser system that is made especially for Caribbean climate and conditions
Laser cleaning systems are performant and ecofriendly solutions whose flexibility make them the technology of choice for modern production lines. Laser systems can remove all types of contaminants from metals, including Oxides, Coatings, Rust, Dust, Oils, Electrolytes, Mold and more
- Our laser technology offers complete surface preparation. This means that in a single step, the same laser can remove all types of contaminants and texture metal surfaces.
- Trinidad Laser Technologies offers complete laser cleaning solutions powered with our OEM laser systems. They include laser safety, fume management, automation, vision, and more. We also work with integrators to design custom solutions.
Trinidad Laser Technologies Laser Cleaning Machine Demo
Laser Cleaning MaCHINES
Continuous Wave laser cleaning machine
1000W-3000W Optional
Pulse laser cleaning machine
100W-1000W Optional
THE DIFFERENCE
The main difference between pulsed and continuous wave (CW) lasers lies in how they emit light: continuous lasers produce a constant, steady beam of light, while pulsed lasers emit light in bursts or pulses with gaps of no light in between.
CW lasers have a 100% duty cycle, meaning they are always on, while pulsed lasers have a much lower duty cycle.
IN ESSENCE
If you need a steady, consistent light source, a continuous laser is appropriate. If you need very high peak power for short durations, a pulsed laser is better suited.
Accessories Available
Accessories
Fume Extractors
Accessories
Generators
Accessories
Protective Lenses
Accessories
PPE
Accessories
Laser Safety Barriers
Accessories
Regulating Valves
No Damage to substrate
Through laser ablation, the laser beam sends just enough energy to remove contaminants without affecting the base metal. This is possible because metal substrates have a higher ablation threshold than contaminants. The high cleaning quality of the laser means that no impurities can penetrate the base metal during the process as opposed to traditional methods.
APPLICATIONS
LaSER pAINT rEMOVAL
Laser cleaning can remove most types of coatings, including powder coating, e-coating, and phosphate coating. The coating removal speed mostly depends on the type of coating and its thickness. It can be sped up with more laser power.
Laser oXIDE rEMOVAL
Laser cleaning can remove aluminum oxides and stainless-steel oxides, making it ideal to prepare surfaces for other processes like laser welding and coating to make sure no contaminants penetrate the welds or lower adhesion. Laser can also be used for post-weld cleaning for performance or aesthetic purposes.
Laser Rust rEMOVAL
Fiber laser cleaning systems can remove rust and general corrosion. These contaminants can be completely removed with no damage to the substrate.
Laser Surface Texturing
Laser texturing is a surface treatment that can be done at the same time as laser cleaning to modify the surface texture. Micropatterns can be etched on the surface to improve properties like adhesion, wettability, conductivity, and friction. It is used as a pre-treatment for processes like thermal spray coating, adhesive bonding, and laser cladding.
Eco-friendly, low-maintenance, and built for long-term savings.
Benefits of Laser Cleaning
Why More Professionals Are Replacing Chemicals and Sandblasting with Lasers:
Laser cleaning is an environmentally friendly process that replaces cleaning methods that rely heavily on consumables such as sandblasting
and chemical cleaning. With a low energy consumption, a compact design, and a laser source with a long operating life, fiber lasers have a real impact on your ability to greenify your processes.
ECO-FRIENDLY
No chemicals, no abrasive media, and no hazardous waste
PLUG & PLAY
Easy setup, portable units available for field work
COST SAVINGS
Reduces labor, downtime, and material costs over time
Low Maintenence
No consumables like sand or solvents; minimal cleanup
PRECISION & SPEED
Target contaminants only; safe on complex shapes and fine details
SAFE & Quiet
Zero surface damage, even on delicate material. No high-pressure air, no toxic fumes, and less noise
From prep to restoration—laser cleaning does it all.
What Lasers Can Do for You
One Tool, Many Jobs: Clean Metal, Stone, Plastic, and More
Whether you're running a fabrication shop, construction site, garage or maintaining critical infrastructure, laser cleaning gives you the edge.
Designed for Caribbean working conditions.
Industries Using Laser Cleaning
OIL & GAS
Clean pipes, tanks, and valves
MANUFACTURING
Machinery restoration and maintenance
MARINE
Remove hull biofouling and
corrosion
AUTOMOTIVE
safe for part marking and cleaning
CONSTRUCTION
Clean beams, scaffolding and more
AVIATION
Complies with strict environmental regulations
EXPLORE OUR MACHINES
RENT OUR MACHINES
While acquiring a laser is a high investment, you may find it easier to fit a laser machine in your budget if you rent it. TLT also provides rentals for trained personnel. Speak to any of our inhouse representative if you are interested in this service.
The Future of Surface Cleaning
Laser Cleaning vs. Traditional Methods
Why Laser Cleaning Leaves Sandblasting in the Dust
When it comes to surface preparation and industrial cleaning, traditional methods like sandblasting, chemical stripping, and abrasive grinding have been the norm for decades. But they come with serious downsides—health hazards, mess, equipment wear, and high operating costs.
Laser cleaning is changing the game by offering a cleaner, safer, and more cost-effective alternative. Here’s why businesses across the Caribbean are making the switch:
Laser Cleaning Advantages
Traditional Methods: The Hidden Costs
Quick Comparison GUIDE
Feature | Laser Cleaning | TDITIONAL mETHODS |
|---|---|---|
Surface Damage | None | Often causes wear/scratches |
Environmental Impact | Eco-friendly | Hazardous chemicals/waste |
Operating Costs | Low (no consumables) | High (media, PPE, disposal) |
Precision | Highly targeted | Broad, less controlled |
Operator Safety | Safe (low exposure) | Risk of inhalation, contact |
Setup & Cleanup Time | Minimal | Extensive |
Regulatory Compliance | Easier to meet | Often requires extra permits |
lEAVE IT TO THE EXPERTS
LASER CLEANING SERVICE
With our laser cleaning service, you can send us batches of parts for cleaning. We will remove surface contaminants based on your requirements, then send them back to you or one of your suppliers. If shipping your parts to TLT is not an option,
ASK ABOUT OUR MOBILE LASER CLEANING SERVICE AVAILABLETHROUGH ONE OF OUR LOCAL AGENTS.
get in touch
Your Workshop’s Next Best Investment Starts Here
Contact Trinidad Laser Technologies Limited today and unleash the power of laser cleaning with local support and training.