How does an ultrasonic cleaner work?

The ultrasonic cleaner uses the ultrasonic signals of different frequencies to convert the transducer into variable frequency oscillations to form the "ultrasonic cavitation" effect. The "ultrasonic cavitation" and the cleaning agent in the cleaning solution are used to reach the surface of the instrument. For cleanliness purposes.

Ultrasound cavitation: The frequency conversion signal sent by the ultrasonic power supply is transmitted to the transducer to be converted into asynchronous conversion. It propagates forward and backward in the cleaning liquid in a dense and alternating manner, and in the evacuation area (ie, the negative pressure area). The breaking of water molecules produces tens of thousands of tiny cavities, which alternate to the dense area (that is, the positive pressure area) quickly close and burst instantly, which is called the "ultrasonic cavitation" effect. In this process, the bursting cavitation bubble can generate transient high pressure of more than 100 air pressure, and the continuous "cavitation" high pressure is like a series of small "explosions" that constantly impact the surface of the object, causing the surface of the object and the gap. Dirt is quickly peeled off to achieve the purpose of surface purification.