The Composition Of The Ultrasonic Homogenizer System Is Suitable For Various Working States

The ultrasonic homogenizer consists of two parts: an ultrasonic homogenization system and an ultrasonic drive system (ultrasonic generator). The ultrasonic homogenizer mainly includes an ultrasonic transducer, an ultrasonic amplitude lever, and an ultrasonic tool head for generating ultrasonic vibration and emitting this vibration energy into the liquid.
Ultrasonic homogenization system
Ultrasonic transducer: converts input electrical energy into mechanical energy. The transducer performs a back and forth stretching motion in the longitudinal direction, with an amplitude typically of a few micrometers.
Ultrasonic amplitude converter: Due to the insufficient amplitude generated by the ultrasonic transducer, it is necessary to connect the ultrasonic amplitude converter to amplify the amplitude according to the design requirements, isolate the milk and the ultrasonic transducer, and also fix the entire ultrasonic homogenizer.
Ultrasonic homogenization tool head: connected to a variable amplitude rod, which transmits ultrasonic energy vibration to the tool head, and then the tool head emits ultrasonic energy into milk.
Ultrasonic drive system
Ultrasonic generator: generates high-frequency and high-power current to drive the operation of ultrasonic vibration components. The power of the ultrasonic generator can be adjusted to adapt to different working conditions. The generator can also integrate a time sequence controller as needed to set and control the ultrasonic vibration time and interval time.
The main applications of ultrasonic homogenizers are:
1. Extraction of traditional Chinese medicine, fragmentation of cells, bacteria, and viral tissues. For example, the extraction of cellular contents.
2. The dispersion and homogenization of material particles, as well as the emulsification of products. For example, the dispersion of nanomaterials.
3. Accelerate dissolution and accelerate chemical reactions. For example, used in chemical synthesis.