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In the market application of laser cleaning, pulsed laser cleaning and composite laser cleaning (functional composite cleaning of pulsed laser and continuous fiber laser) are the most widely used, while CO2 laser cleaning, ultraviolet laser cleaning and continuous fiber laser cleaning are less used. Different cleaning methods use different lasers, and different laser chillers will be used for cooling to ensure effective laser cleaning.
Laser cleaning refers to the process of removing solid surface materials by laser beam irradiation. It is a new green cleaning method. With the strengthening of environmental protection awareness and the development of laser cleaning technology, it will continue to replace traditional cleaning methods and gradually become the mainstream cleaning in the market.
In the market application of laser cleaning, pulsed laser cleaning and composite laser cleaning (functional composite cleaning of pulsed laser and continuous fiber laser) are the most widely used, while CO2 laser cleaning, ultraviolet laser cleaning and continuous fiber laser cleaning are less used. Different cleaning methods use different lasers, and different laser chillers will be used for cooling to ensure effective laser cleaning.
Pulsed laser cleaning is widely used in emerging industries such as the new energy battery industry, and can also be used in aerospace parts cleaning, mold product carbon removal, 3C product paint removal, metal welding before and after cleaning, etc. Composite laser cleaning can be used in decontamination and rust removal in the fields of ships, auto repairs, rubber molds, and high-end machine tools. CO2 laser cleaning has obvious advantages in surface cleaning of non-metallic materials such as glue, coating and ink. The fine "cold" processing of UV lasers is the best cleaning method for precision electronic products. Continuous fiber laser cleaning has less use in cleaning applications in large steel structures or pipes.
Laser cleaning is a green cleaning technology. With the improvement of people's requirements for energy efficiency and environmental protection, it is the trend that is gradually replacing traditional industrial cleaning. In addition, laser cleaning equipment continues to innovate and manufacturing costs continue to decline. Laser cleaning will be in a stage of rapid development.
The laser cleaning industry is developing rapidly, and S&A industrial laser chiller is also following the trend, developing and manufacturing more laser cooling equipment that is more meets the market demand, such as S&A CWFL series fiber laser chiller and S&A CW series CO2 laser chiller, which can meet the cooling requirements of most laser cleaning equipment on the market. S&A chiller will continue to innovate and manufacture more high-quality and efficient laser cleaning machine chillers to promote the development of the laser cleaning industry and the chiller industry.
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TEYU S&A Chiller was founded in 2002 with 22 years of chiller manufacturing experience, and now is recognized as a cooling technology pioneer and reliable partner in laser industry.
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