Cleaning device for cleaning optical lens

Abstract

The invention discloses a cleaning device for cleaning optical lenses, and belongs to the field of optical lens cleaning devices. On the basis that ultrasonic waves are used for cleaning the optical lenses, the optical lenses are placed into stroking cleaning ball covers one by one, in the cleaning process, by manually rotating a rotating rod, a bamboo joint rope and the stroking cleaning ball covers drive the optical lens to continuously move in the cleaning agent, on one hand, the flowability of a cleaning agent can be greatly improved, falling of dirt on the lens is accelerated, on the other hand, the stroking cleaning ball covers endow the lens with a certain safe moving distance, the optical lens is irregularly and repeatedly sprung inside the stroking cleaning ball covers and is in contact friction with cleaning cotton balls, so that on the basis of ensuring the completeness of the lens, the surface of the lens is further cleaned, and the falling of the lens dirt is deeply accelerated.

Description

technical field [0001] The invention relates to the field of cleaning devices for optical lenses, more specifically, to a cleaning device for cleaning optical lenses. Background technique [0002] After the optical lens has undergone milling and grinding processes, there are still fine cracks on the surface, and the surface is not transparent enough. Polishing and grinding are usually required to achieve a higher-precision surface. When polishing and grinding, it is necessary to use asphalt, grinding powder and other substances for polishing and grinding to remove the cracks on the surface of the optical lens and make the surface of the optical lens more transparent, but it is also easy to cause residues such as grinding powder and asphalt to adhere to the surface of the optical lens. The surface of an optical lens. Therefore, the optical lens needs to be cleaned after grinding. Because the optical lens is a precision component, the cleaning process not only needs to ensur...

AI Technical Summary

Problems solved by technology

However, in the above cleaning process, the fluidity of the cleaning agent in the tank is poor. After the adsorption capacity of the dirt on the surface of the cleaning piece is destroyed, the speed of the dirt leaving the cleaning piece is slow, thus affecting the entire ultrasonic cleaning efficiency.

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