1. Introduction With the development of science and technology, optical devices are increasingly used in various fields

such as optical communications, laser processing, liquid crystal displays, medical devices, etc. Cleaning is a very important link in the manufacturing and use of these optical devices. However, traditional cleaning methods, such as manual cleaning and chemical cleaning, have problems such as low efficiency, low precision, and large damage, which are difficult to meet the requirements of modern industry. Therefore, it is imperative to seek an efficient, safe, and environmentally friendly cleaning method. Ultrasonic cleaning machine is a new type of cleaning equipment that meets the above requirements.

2. Principle of ultrasonic cleaning machine

Ultrasonic cleaning machine is a device that uses tiny bubbles and shock waves generated by ultrasonic waves in liquid for cleaning. Ultrasonic waves generate high-frequency vibrations in liquids, which quickly loosen the dirt attached to the surface of optical devices and peel off the dirt from the surface through the action of shock waves. This cleaning method will not damage the surface of the device, and has high cleaning efficiency, environmental protection and no pollution.

3. Optimizing the cleaning solution for optical devices

Selection of cleaning agent For different dirt and materials, choosing a suitable cleaning agent is the key. For example, for oil stains, cleaning agents containing surfactants can be used; for fingerprints, cleaning agents containing solvents can be used; for optical calibration parts, cleaning agents containing solvents such as ethanol can be used.

Optimization settings of ultrasonic cleaning machine To improve cleaning efficiency, various parameters of ultrasonic cleaning machine should be optimized. For example, adjust the ultrasonic power, frequency, cleaning time, etc., and select the best cleaning parameters according to different dirt and materials.

Auxiliary cleaning methods On the basis of ultrasonic cleaning, some auxiliary cleaning methods can be used, such as high-pressure water flow cleaning, spray cleaning, etc., to further improve the cleaning effect.

4. Experiment and result analysis We selected 5 different types of optical devices for experiments, and used traditional cleaning methods and ultrasonic cleaning machines for cleaning respectively. The experimental results show that ultrasonic cleaning machines are superior to traditional cleaning methods in terms of cleaning efficiency, surface damage, and environmental protection.

5. Conclusion Through experiments and result analysis, we found that using ultrasonic cleaning machines to clean optical devices can not only effectively improve cleaning efficiency, but also reduce surface damage and achieve environmental protection and pollution-free. Therefore, ultrasonic cleaning machines are the best choice for optimizing optical device cleaning solutions.

In short, ultrasonic cleaning machines have significant advantages in optical device cleaning solutions and play an important role in improving cleaning efficiency, reducing surface damage, and achieving environmental protection and pollution-free. In the future, the technology and application areas of ultrasonic cleaning machines should be further improved to provide efficient, safe, and environmentally friendly cleaning solutions for more fields.