With the country's determination to implement carbon neutrality peak carbon dioxide emissions, the requirements for industrial manufacturing are more clear. In the process of accelerating low-carbon technological innovation and digital transformation in the industrial sector, laser cleaning technology is deeply involved and plays a key role.

　　In industrial manufacturing, due to the characteristics of production, whether it is production equipment such as molds, lathes, processing equipment, or finished products such as steel and building materials, normal corner wear in daily use, or oxidation caused by air contact, acid corrosion caused by rain can easily form a pollution layer on the surface of these materials, ultimately affecting their use.

　　In order to reduce losses, companies need to pay extra maintenance costs. Every year, they need to remove the pollution layer through traditional cleaning methods. Traditional cleaning methods not only make it difficult to guarantee the accuracy of precision instrument parts without damage, but also raise unnecessary expenses for enterprises, putting pressure on enterprises to double their carbon emission reduction targets.

　　As a new cleaning process, laser cleaning is still in the stage of rapid development. As a new technology to replace traditional cleaning methods in the future, it has advantages that traditional methods cannot match: no consumables (chemicals and cleaning liquids), no waste, no damage, and can also be operated remotely, effectively reducing the health damage to the operator.

　　Compared with traditional cleaning technology, laser cleaning technology has greatly improved the quality of the subsequent process, allowing for efficient cleaning of different substrate surfaces, reducing defects, and also saving the production cost of the enterprise and improving the production efficiency of the enterprise.

　　Shengtong Intelligent Laser Equipment Group has shown strong R & D strength since its establishment. Now it has two laser brands and eight holding companies, "Shengtong" and "Chengjing". The company controls all aspects of R & D, production, assembly, etc., endowing the equipment with excellent performance, and establishing a complete and scientific quality system. Through many process tests, a mature process database has been obtained, and more systematic and scientific quality assessment methods are used to test the cleaning effect. Professional technology is applied in many fields.

　　At present, Shengtong laser cleaning has been widely used in various fields, such as mold cleaning, precision instrument cleaning, railway rail, aerospace, ship defense, etc. In the future, laser cleaning will also participate in the iterative process of China's manufacturing industry more deeply and comprehensively, becoming the main cleaning method for clean production in the industry.