Mold Cleaning
The laser cleaning method is deeply flexible in its use and facilitates the cleaning of dead corners or hard-to-clean areas of the mold. The technology of laser cleaning of tire molds has been adopted in a large number of tire industries in Europe and the United States, and the benefits gained in terms of saving standby time, avoiding damage to the molds, work safety and saving raw materials have been quickly recovered. According to the laser cleaning equipment in the tire company production line cleaning test shows that only 2 hours can be online cleaning of a set of large set of heavy-duty tire molds; and conventional cleaning methods, compared with the economic benefits are obvious. In the food industry, where the anti-adhesive elastomer layer on the mold needs to be replaced periodically to ensure hygiene, laser cleaning without chemicals is also particularly suitable for this application.
Weaponry Cleaning
Laser cleaning system can efficiently and quickly remove corrosion, pollutants, and can be selected for the removal of parts to realize the automation of cleaning. Not only is the degree of cleanliness higher than that of chemical cleaning processes, but there is virtually no damage to the surface of the object. By setting different parameters, a dense oxide protective film or molten metal layer can also be formed on the surface of metal objects to improve surface strength and corrosion resistance. The waste material removed by the laser is basically non-polluting to the environment and can be operated at a distance, effectively reducing the health damage to the operator.
Aircraft Paint Removal
European laser cleaning systems have been widely used in the aviation industry. Aircraft surfaces need to be painted regularly before the original old paint is completely removed, the traditional mechanical removal of paint is easy to the metal surface of the aircraft caused by damage to the safety of flight risks. Using multiple laser cleaning systems, the paint layer on the surface of an A320 Airbus can be completely removed within two days without damaging the metal surfaces.
Building facade cleaning
Laser cleaning system on the building facade cleaning provides a solution, it can be a variety of stone, metal, glass on a variety of pollutants for effective cleaning, and many times more efficient than conventional cleaning. It can also remove the black spots and color spots on various stones of buildings. Laser cleaning system in Songshan Shaolin Temple on buildings, monuments for cleaning tests show that the use of laser cleaning to protect the ancient buildings to restore the appearance of the effect is very good.
Cleaning in the electronics industry
The electronics industry uses lasers to remove oxides. In the circuit board before welding, component pins must be thoroughly de-oxidized to ensure optimal electrical contact, in the decontamination at the same time can not damage the pins. Laser cleaning meets the requirements for use and is so efficient that a pin only needs to be irradiated with the laser once.
Precise de-esterification in the precision machinery industry
Precision machinery industry often need to lubricate and anti-corrosion parts on the esters and mineral oils to be removed, chemical cleaning often still have residues. Laser de-esterification can be completely removed from esters and mineral oils without damaging the surface of the parts. The material is completely de-esterized for the aerospace industry to clean mechanical parts, mechanical parts processing in the removal of oil ester can also be used for laser cleaning.
Pipe cleaning in nuclear power reactors
Laser cleaning system is also used in nuclear power plant reactor pipeline cleaning. It uses optical fiber, the high-power laser beam into the reactor inside, direct removal of radioactive dust, cleaning down the material cleanup is convenient. And since it is operated at a distance, it can ensure the safety of the staff.
Laser cleaning plays an important role in many fields, and in automobile manufacturing, semiconductor wafer cleaning, precision parts processing and manufacturing, military equipment cleaning, building facade cleaning, cultural relics protection, circuit board cleaning, precision parts processing and manufacturing, liquid crystal display cleaning, chewing gum residue removal and other fields can play an important role.
