What is Laser Ablation?
Laser ablation is a process in which a high-intensity laser beam is used to remove or vaporize material from a target surface. This technique is often employed in various scientific, industrial, and medical applications.
The laser beam delivers a focused and intense energy source to the material, causing it to undergo rapid heating and, in turn, leading to its removal through vaporization or other mechanisms.
Laser cleaning can also be used to remove layers of paint, oxides, mold release agents, and almost anything that will absorb the light our equipment emits. To narrow down the best solution for your operation or assets.

How it will benefit you?
Laser cleaning is a highly efficient and advanced method of cleaning that surpasses traditional cleaning techniques in terms of effectiveness and safety. However, it is important to note that there are certain limitations to its application.
While lasers are highly effective in removing rust, they may not be as efficient when it comes to removing thick coatings over a large area. Similarly, laser cleaning may yield better results on flat surfaces compared to surfaces with limited line of sight. This does not imply that laser technology is limited to simple tasks; we also offer techniques for cleaning complex, 3D surfaces. However, it is worth mentioning that laser cleaning may not be cost-effective for removing very thick layers.
Environmental Advantages
Furthermore, laser technology offers numerous advantages for your organization while also being environmentally conscious. Unlike traditional cleaning methods, lasers do not release any greenhouse emissions or generate any waste. This makes them a sustainable choice that helps protect water streams and the Earth's atmosphere.
30 ° C Surface Temperature
After the laser treatment, the recorded surface temperature is 30 degrees Celsius. *Based on lab results
Fast
We don't manipulate our videos to showcase outcomes. We allow the laser to speak for itself.
Reliable
Advanced Laser Technology: pushing the boundaries of reliability and performance