How it Works
Transformative Cleaning
Laser Tech for Efficiency and Sustainability
The increasing demand for operational efficiency has led companies to seek more innovative approaches to enhance their cleaning and restoration processes. This pursuit aims to elevate operational performance, work safety, work quality, and reduce the ecological footprint. Laser technology emerges as a standout solution, offering numerous benefits that meet these requirements through a faster, smarter, and cleaner technique—harnessing the power of light.
Using infrared light, the laser emits high-energy bursts onto contaminated surfaces, inducing a reaction akin to a small explosion. The contaminants rapidly absorb the high-energy, heating up and causing them to shrink and detach from the surface, either as a gas or dust that can be easily vacuumed away. Throughout this process, the substrate remains cool, ensuring that the original surface is left clean and undamaged once the contaminants are completely removed.
The Process
1.
Introduction to Laser Tech
Companies seek innovative cleaning methods for efficiency. Laser tech, a fast, smart, and clean solution, is harnessed for its light power.
2.
Infrared Light Burst
The laser emits high-energy infrared bursts onto contaminated surfaces, causing a small explosion-like reaction.
3.
Contaminant Absorption
Contaminants absorb the laser’s energy, heating up and shrinking, making them detach easily from the surface.
4.
Gas or Dust Detachment
Detached contaminants exist in gas or dust form, simplifying the vacuuming process.
5.
Preserving Surface Coolness
The substrate stays cool throughout, ensuring the original surface is undamaged after contaminants are removed.
6.
Operational Benefits and Sustainability
Laser tech offers efficiency, safety, quality, and reduces the ecological footprint—advancing both operational performance and environmental responsibility.