Firstly, the laser beam is generated by an optical device, typically a solid-state laser. This laser beam is then directed towards the targeted surface using a scanning or handheld device. The laser beam is highly focused and concentrated on the area to be cleaned.
Secondly, the laser beam interacts with the contaminants present on the surface. The energy carried by the laser beam causes the contaminants to be heated rapidly, resulting in their vaporization or decomposition. This process is known as ablation, where the contaminants are essentially removed from the surface.
Thirdly, the vaporized or decomposed contaminants are expelled from the surface through the principle of recoil. As the contaminants are removed, the surface appears cleaner and free from any unwanted substances.
Laser cleaning machine operates on the principle of using focused laser beams to remove contaminants from surfaces. Its non-contact and non-abrasive nature, combined with high precision, make it an efficient and reliable method for various cleaning applications. With the potential to reduce environmental impact and maintain surface integrity, laser cleaning is becoming increasingly popular in industries worldwide.
