In today's manufacturing enterprises, ultrasonic cleaning machines have gradually replaced some traditional cleaning methods, such as vibration cleaning, immersion cleaning, pressure rinsing and steam cleaning, demonstrating their unparalleled superiority. The high efficiency of ultrasonic cleaning machines is mainly due to the fact that when the sound waves propagate in the medium, they generate penetrating and cavitation shock waves, thus being able to clean many objects with complex shapes thoroughly. This more prominently demonstrates results that are difficult to achieve or irreplaceable by other treatment methods in many situations where high requirements are placed on the surface quality and productivity of products.