Handheld laser cleaning machine
Advanced equipment that uses high-energy laser beams to remove surface pollutants from objects. Through the interaction between laser and matter, pollutants are instantly evaporated or peeled off, achieving efficient and non-destructive cleaning effects. Compared with traditional cleaning methods, it has significant advantages such as non-contact, no grinding, no thermal effect, environmental protection and safety, and is suitable for workpieces of various materials and complex shapes.
The core of laser cleaning is the "laser ablation" effect. When a high-power laser beam is irradiated onto the surface of an object, pollutants absorb laser energy, quickly heat up, evaporate, or convert into plasma, and are thus removed. Due to its minimal damage to the substrate, laser cleaning is particularly suitable for precision cleaning. mass production
Device Features
Non contact cleaning: The laser beam does not directly contact the surface of the workpiece, avoiding mechanical friction and chemical corrosion, and protecting the integrity and accuracy of the workpiece.
No grinding, no thermal effect: The cleaning process does not generate mechanical forces or heat accumulation, so it will not damage the substrate and will not produce secondary pollution.
Environmental protection and safety: No need to use any chemical cleaning agents or solvents, no harmful waste liquid or gas will be generated, it is a green and environmentally friendly cleaning technology.
Efficient and precise: Laser energy density is high, which can quickly remove pollutants and achieve local fine cleaning through precise control of parameters.
Wide applicability: Suitable for various materials such as metal, ceramic, glass, plastic, composite materials, etc., it can effectively remove various pollutants such as rust, paint, oil stains, dust, etc.
Automation compatibility: Laser can be transmitted through optical fibers, making it easy to cooperate with robots and robotic arms to achieve automated and intelligent cleaning, improving efficiency and safety.
