The principle of an ultrasonic cleaner is to use the characteristics of ultrasonic waves to thoroughly remove dirt, grease, impurities, and other substances from the surface of objects. The working principle of an ultrasonic cleaner is primarily divided into several steps:

Ultrasound Generation

Ultrasonic cleaning machines require an ultrasonic generator to produce ultrasonic waves. The generator typically consists of capacitors, transformers, resonant cavities, and transducers. When a certain frequency of alternating current passes through the transformer and capacitors, it generates high-frequency oscillations, thereby forming ultrasonic waves in the resonant cavity.

Ultrasound Transmission

Ultrasound propagates through a liquid medium after its generation. During propagation, the higher the frequency of the ultrasound, the shorter its wavelength and the more concentrated its energy. When ultrasound encounters an object's surface, it reflects back and generates a certain pressure, which is known as acoustic pressure.

III. Clean Away the Filth

The principle of ultrasonic cleaning machines primarily uses sound pressure to impact dirt, grease, and impurities on the surface of objects, causing them to detach. This impact effectively removes stubborn dirt that cannot be cleaned by conventional methods, ensuring a thorough and clean result.

Four: Cleaning Effect

The cleaning effectiveness of ultrasonic cleaners mainly depends on factors such as the size of the acoustic pressure, the frequency, and the duration of the action. Select the appropriate ultrasonic cleaner parameters and cleaning time based on the nature of the surface to be cleaned and the degree of dirt.

In summary, the working principle of ultrasonic cleaning machines primarily utilizes the properties of ultrasound to remove dirt and impurities from surfaces through the action of acoustic pressure. This cleaning method boasts high cleanliness and low damage, and is widely applied across various industries and fields.