Ultrasonic cleaning equipment can be used in all walks of life, such as: mechanical hardware, electronics, electroplating, pharmaceutical, chemical, optical, automobile maintenance, food, semiconductor, liquid crystal glass, titanium rod filter, printing and other industries. This article mainly introduces the optical lens cleaning process.
ultrasonic cleaning equipment can be applied to various industries, such as mechanical hardware, electronics, electroplating, pharmaceuticals, chemicals, optics, automotive maintenance, food, semiconductors, lcd glass, titanium rod filters, printing, and so on. this article mainly introduces the cleaning process of optical lenses.
There should be different cleaning processes for optical lenses in different processes, and from the overall process, it can be divided into four processes: cleaning, rinsing, dehydration, and drying.
optical lenses for different processes should h**e different cleaning processes. from the overall process, it can be divided into four steps: cleaning, rinsing, dehydration, and drying.
The cleaning mainly uses organic solvents such as trichloroethylene to pre-wash the surface of the lens by the high solubility of the upper plate glue, wax, antifungal agent, etc., and then uses the cleaning agent to carry out a comprehensive decontamination effect on the lens surface.
cleaning mainly utilizes the highly soluble effect of organic solvents such as trichloroethylene on the upper plate glue, wax, mold inhibitors, etc. to pre wash the surface of the lens, and then uses cleaning agents to comprehensively remove dirt on the surface of the lens.
Rinsing, through the rinsing of the lens surface with clean water and ultrasonic action, the detergent that is loose on the lens surface after washing is removed from the lens surface.
rinsing, which involves rinsing the surface of the lens with clean water and ultrasonic action, to remove the detergent that is loose on the surface of the lens after washing.
The traditional process of dehydration and drying are realized by organic solvents, because organic solvents have more or less impact on the environment and operators, in order to avoid these effects, modern ultrasonic cleaning technology has improved the drying process, the use of pure water rinsing, the surface of the rinsed lens is free of impurities, and then dried by hot air circulation, which can not only dry the lens quickly and effectively, but also avoid the impact of organic solvents on the environment and staff.
traditional dehydration and drying processes both use organic solvents. due to the varying effects of organic solvents on the environment and operators, modern ultrasonic cleaning technology has improved the drying process by using pure water for rinsing. after rinsing, the surface of the lens is free of impurities, and then dried by hot air circulation, which can quickly and effectively dry the lens, it can also **oid the impact of organic solvents on the environment and workers.