Views: 41 Author: Site Editor Publish Time: 02-06-2025 Origin: Site
In today's era of rapid technological development, various innovative devices are emerging continuously, bringing great convenience to our lives and production. The laser cleaning machine, as a new type of cleaning equipment, is gradually standing out in various fields. With its unique advantages, it is subverting traditional cleaning methods.
The laser cleaning machine irradiates the surface of the object to be cleaned with a laser beam of high - energy density. When a high - energy beam of a specific wavelength is absorbed by the rust layer, paint layer, pollution layer, etc., it will form a rapidly expanding plasma, and at the same time, a shock wave is generated. Under the action of this shock wave, the pollutants are broken into fragments and removed. In addition, because the pulse width of the laser beam is very small, under the repeated impact of the pulses, the substrate generates ultrasonic vibrations, which shatter the pollutant particles and eject them from the substrate surface, thus achieving high - efficiency cleaning. For example, when cleaning the rust on a metal surface, after the rust absorbs the laser energy, its own temperature rises and it undergoes gasification and decomposition. Then, through chemical blasting and physical vibration, dust is ejected, and finally, the effect of removing rust is achieved.
High - efficiency and Precision: The laser beam can be accurately focused on the cleaning area. Through the instantaneous action of high energy, it can quickly peel off . Compared with traditional mechanical cleaning methods, it can remove dirt more accurately, greatly improving the cleaning efficiency and quality. In mold cleaning, laser cleaning can achieve non - contact cleaning, ensuring the surface accuracy of the mold. It can also remove sub - micron - sized dirt particles that are difficult to remove by traditional cleaning methods.
An Environment - friendly Choice: The laser cleaning machine does not require the use of any chemical solvents or detergents. The entire cleaning process does not produce wastewater, waste gas, or waste materials, and does not pollute the environment, which is in line with the current concept of environmental protection and sustainable development. Compared with traditional cleaning methods, it avoids the use of chemical agents and the generation of waste, truly achieving green cleaning.
Simple and Safe Operation: It can achieve automated cleaning. Operators only need to simply set parameters to complete the cleaning process. The advanced automated control system makes the cleaning work easy and simple, and at the same time ensures the safety of the operation process.
Industrial Manufacturing Field: In the automotive manufacturing industry, laser cleaning technology can be used for the on - line cleaning of tire molds. There is no need to disassemble the molds. It can automatically identify the mold parameters and generate a cleaning path to complete the cleaning quickly. It can also remove rust and oil stains on the surface of brake pads to ensure the reliability of the braking system, and remove the insulating paint on flat copper wires to provide a clean surface for subsequent welding processes. In the precision instrument industry, it can remove esters and mineral oils on parts without damaging the surface of the parts. In the rail transit industry, it can solve the welding defects of seamless rails, improving the stability and safety of high - speed rail operation.
Aerospace Field: It can achieve high - quality removal of the paint on the surface of aircraft skins. It is also widely used in the cleaning of dirt, oxides, etc. of aerospace equipment, ensuring that the surface of the equipment is clean and smooth and improving its performance.
Other Fields: In the military industry, the laser cleaning system can efficiently and quickly remove rust and pollutants. It can also select the removal parts to achieve automated cleaning, and the cleanliness is higher than that of the chemical cleaning process, with almost no damage to the surface of the object. In the photovoltaic industry, it is used to clean the dust, oil stains, etc. on the surface of solar panels, improving the photoelectric conversion efficiency of the panels. In the printing industry, it is used to clean printing plates, remove ink, oxides, etc. on the surface of the plates, and improve the adhesion of the plates and the printing quality.
