The principle of hand held laser cleaning machine for rust removal
The principle of hand held laser cleaning machine for rust removal can be divided into three parts: gasification and decomposition, crushing and peeling, and vibration and ejection.
The principle of hand held laser cleaning machine for rust removal is to use a high-energy-density laser beam to irradiate and clean the workpiece. Because of its extremely short action time, it can instantly generate a blasting force with a large acceleration, so that the pollutant particles can be removed from the adsorption of the surface of the substrate.
Because the pulse width of the laser beam is very small, the ultrasonic vibration will be generated on the substrate under the repeated impact of the pulse, which will cause the impact to break the contaminant particles and eject them from the surface of the substrate.
What is the working principle of laser cleaning machine?
Fiber laser cleaning machine is mainly through the laser beam on the surface of the product generated by the instantaneous high temperature corrosion ablation of the product surface rust, coating, oil and other surface materials. Laser cleaning machine has a wide range of applications, basically suitable for any industry.
Hand-held laser cleaning machine for rust removal is the use of high energy density of the laser beam irradiation workpiece surface, so that the surface of the dirt, rust or coating instantaneous evaporation or stripping, so as to achieve clean green energy efficient industrial tools, practical applications can be rapid paint, rust removal, removal of oxides, oil, grease and product residues, historical relics restoration and preservation, etc..
Practical applications of laser cleaning machines
Laser cleaners can be used to clean not only organic pollutants but also inorganic substances, including rust, metal particles and dust. For example, the cleaning of moulds, weapons and equipment cleaning, aircraft old paint removal, building facade cleaning, cleaning in the electronics industry, precision machinery industry in the de-ester cleaning, nuclear power plant reactor pipeline cleaning and other areas of laser cleaning has initially replaced the traditional cleaning technology, and has achieved world-renowned results.
To sum up, laser cleaning in many areas plays an important role, and in automotive manufacturing, semiconductor wafer cleaning, precision parts processing and manufacturing, military equipment cleaning, building facade cleaning, heritage protection, circuit board cleaning, precision parts processing and manufacturing, LCD cleaning, chewing gum residue removal and other areas can play an important role.