Main Structure Of The Ultrasonic Oscillator

When the ultrasonic oscillator is activated, the ultrasonic generator produces high-frequency electrical signals that are transmitted to the vibrating plate, causing it to vibrate at high frequencies. These vibrations propagate into the material being processed in the form of ultrasonic waves, generating various physical and chemical effects-such as cavitation and thermal effects-thereby enabling functions like stirring and cleaning.

An ultrasonic oscillator primarily consists of two main components: the vibrating plate and the ultrasonic generator.

Vibrating plate: This is a critical component that comes into direct contact with the material being processed, transferring ultrasonic energy to it through high-frequency vibration. The length and width of the plate can be customized as needed; dimensions influence the number of transducer units and the ultrasonic power output.

Ultrasonic generator: This serves as the "brain" of the ultrasonic oscillator, responsible for generating high-frequency electrical signals to drive the vibrating plate and produce ultrasonic waves. The generator typically features a frequency fine-tuning function to ensure optimal performance under varying operating conditions.