Regarding how to clean 3D glasses in large quantities, cinemas will inspect their appearance one by one for contamination after recycling. Generally, lenses will show fingerprints and dust after use, especially in the cleaning blind spots such as nose pads and frame gaps, which can easily accumulate dirt and breed bacteria. If not cleaned properly, it may cause secondary pollution. How can cinemas clean 3D glasses in large quantities?

A fast and effective method for cleaning 3D glasses in large quantities: It is recommended to use an ultrasonic cleaning machine. The working principle of the ultrasonic wave is mainly through a transducer, which converts electrical energy into mechanical capacity. Through the cleaning solution, cavitation is generated, constantly forming many micro bubbles and rapidly exploding. Countless bubbles generate strong impact force to impact the surface gaps of the glasses, and the stains peel off and detach, achieving an efficient cleaning effect, Traditional manual cleaning methods cannot achieve such cleanliness. And during the cleaning process, dirt like mist can be seen as components, which are "dissolved" and dispersed stains, and the process of glasses changing from dirty to clean can be clearly seen.

Based on the above, the ultrasonic cleaning machine can clean 3D glasses in large quantities and reduce the tedious manual cleaning methods, shortening the cleaning time. During the cleaning process, an appropriate amount of cleaning solution is added, and through the ultrasonic cleaning machine, fingerprints and grease can be peeled off and dispersed on the surface, including the dirt in the gaps between the eyeglass frame and lens, which can also be easily knocked down.

Finally, it is recommended that an ultrasonic cleaning opportunity with a drying tank is more suitable. After the ultrasonic cleaning of 3D glasses is completed, the drying tank can be used to quickly dry the water in the glasses to achieve recycling efficiency and reduce issues such as insufficient quantity reserves.