Industrial laser cleaning machines can efficiently and non-destructively clean the surface of substrates such as rust, paint, oxide layers, coatings, and oil stains. As long as the material can withstand the test of momentary high temperature, it can be cleaned without damage, restoring the original color of the substrate.
Mechanical Manufacturing Industry:
In the mechanical manufacturing industry, traditional cleaning methods cannot guarantee the desired results, and for hydraulic components that require high cleanliness, there is also a risk of secondary pollution. For some special parts, such as parts with deep or blind holes, or tube parts, if they are not cleaned thoroughly, there will inevitably be quality risks for the products. Industrial laser cleaner machines can achieve non-damaging cleaning of mechanical parts.
Shaft Laser Rust Removal:
Industrial laser cleaning uses high-energy pulsed laser beams to irradiate the surface of the workpiece. The cleaning process uses a CNC system to control the width and cleaning intensity of the laser, making it easy to clean hard-to-reach areas such as irregular shapes, holes, and grooves that traditional cleaning methods cannot reach, and can also repeatedly clean stubborn cleaning layers, such as thick paint, severe rust, and special coatings.
Pressure Vessel Laser Paint Removal:
For components that require large-area cleaning, such as large rollers, steel plates, and pipes, the laser cleaning machine can be integrated with CNC machine tools or robots to implement remote control cleaning, achieving equipment automation and forming a product assembly line operation with intelligent operation.
With the rapid development of the transportation manufacturing industry, the increasingly fierce market competition has put forward higher and higher requirements for the quality of transportation vehicle parts. Taking the surface coating industry of transportation vehicles as an example, many surfaces of objects need to be sprayed with various protective layers or electroplated with certain protective layers. Regardless of spraying or electroplating, the surface of the object needs to be clean. Industrial laser cleaning can achieve the cleaning goal without damaging the substrate and without producing new pollution.
Train Wheel Laser Rust Removal:
For equipment that requires regular spraying of protective layers, industrial laser cleaner machines can better demonstrate their superiority. For example, in the regular maintenance of airplanes and ships, the existing protective layer needs to be removed before spraying a new one. By using laser cleaning, the cleaning time can be greatly shortened, labor intensity can be reduced, and environmental pollution can be avoided. In addition, industrial laser cleaning can also be used for rust and paint removal of automotive components, removal of oxide layers from welds, cleaning of tire mold contamination zones, rust removal from rails, engine surface oil removal, and more.
Mold Laser Oxide Layer Removal:
For components that require large-area cleaning, such as large rollers, steel plates, and pipes, industrial laser cleaning machines can be integrated with CNC machine tools or robots to implement remote control cleaning, achieving equipment automation and forming a product assembly line operation with intelligent operation.
Cleaning is a key technology in the preparation process of microelectronic devices. For microelectronic devices, small particles, metal stains, organic stains, natural oxide films, surface roughness, etc. can seriously affect the quality and yield of the devices. Therefore, surface cleaning of microelectronics has become a crucial step in semiconductor material and device production. Industrial laser cleaning machines can effectively remove pollutants by adjusting laser process parameters without damaging the substrate surface. Pollutant particles and gases generated during the cleaning process can be collected and purified by a portable exhaust fan, and industrial laser cleaner will not cause pollution to the environment, effectively avoiding the risk of secondary pollution during the cleaning process.
Battery Laser Cleaning:
The pulsed laser used by the industrial laser cleaning machine has an ultra-long service life, typically up to 100,000 hours, with stable quality and high reliability. There is no consumable consumption during use, and the operating cost is low. Only the lenses need to be regularly cleaned or replaced in the later stage, with low maintenance costs and close to maintenance-free. Industrial laser cleaner is widely used in aerospace, mold, microelectronics, construction, nuclear power plants, automobile manufacturing, medical, cultural relics protection, ships, petroleum, transportation, and other fields.
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