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Ultrasonic cleaning machine works by using the acoustic cavitation, acceleration, and direct flow of ultrasound in the liquid to directly and indirectly affect the liquid and dirt, so that the dirt layer is dispersed, emulsified, and peeled off to achieve cleaning. Ultrasonic cleaning is a very complex physical and chemical process, and its effect is closely related to the “cavitation“ intensity generated by ultrasound in the liquid. When the power of the ultrasonic wave is stronger, the acoustic pressure on the dirt surface is greater, and the acoustic pressure on the cleaning surface is also increased. The acoustic pressure generates a certain pressure on the liquid, which is greater than the adhesion force of the dirt to the cleaning surface. As a result, the dirt will fall off from the cleaning surface to achieve cleaning. It is worth noting that different cleaning objects and cleaning liquids will have different cleaning effects due to the different power and frequency of ultrasonic clean
