Laser cleaning machine
Laser cleaning machine
Compared with traditional chemical cleaning or mechanical cleaning, laser cleaning is an advanced cleaning technology that uses high-energy laser beams to remove surface dirt, oxide layers, coatings or other contaminants. It is non-contact, non-destructive and precise. High degree of advantage.
Apply material:
Iron, copper, aluminum, stainless steel, plastic, rubber, stone, wood, ceramic materials, coating materials, etc.
Processing scope:
Metal surface oxide removal, metal surface paint and paint removal treatment, surface stains and dirt cleaning, surface coating cleaning, surface coating cleaning, mold residue cleaning, welding gap cleaning
Cleaning effect
Metal surface rust removal
Metal surface rust removal
Product advantages
Contactless cleaning
Do not directly contact the material surface during the cleaning process to avoid mechanical friction or collision and reduce physical damage to the substrate. It is especially suitable for processing materials with complex surface structures or easily damaged, such as precision electronic components, cultural relics, etc.
High efficiency and energy saving
Laser cleaning speeds up cleaning and saves cleaning time. The energy consumption of the process is relatively low, especially as no additional chemicals or large amounts of water are required during the cleaning process, making the overall operating costs more economical.
Ease of operation and automation
Equipped with a friendly operation interface and intelligent control system, operators can easily set cleaning parameters and monitor the process. It can also be connected to a robot arm or automation device to achieve fully automatic cleaning operations, reducing reliance on manual operations and improving production efficiency.
Environmental protection and safety
Since this technology does not use any chemicals or solvents, it avoids chemical pollution to the environment and potential harm to the health of operators. The waste generated during the cleaning process is mainly evaporated or stripped pollutants, which are easy to handle and more environmentally friendly.
Technical parameters
Laser type
Output power
Cooling method
Overall machine weight
Working temperature
Scan width
Power demand
Fiber length
Fiber laser (1064nm), CO2 laser (10.6nm)
50W, 100W, 200W, 300W, 1000W
Air cooling below 100W, others forced water cooling
Approximately 70KG below 100W, others will increase their weight depending on the power.
5~40°C
10~150mm
AC110V or AC220V
Standard length 5M, 10M, 20M