Ultrasonic liquid processing equipment utilizes the cavitation effect of ultrasound, which means that when ultrasound propagates in a liquid, small holes are generated inside the liquid due to the violent vibration of liquid particles. These small holes rapidly expand and

close, causing violent collisions between liquid particles, resulting in pressures of several thousand to tens of thousands of atmospheres. The micro jet generated by the intense interaction between these particles will cause a series of reactions such as particle refinement, cell fragmentation, de aggregation, and mutual fusion in the material, thereby playing a good role in dispersion, homogenization, stirring, emulsification, extraction, and so on.