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Titanium alloy ultrasonic vibration rod extraction, with its advantages of low extraction temperature, high extraction rate, and short extraction time, is applied to the extraction of effective content in traditional Chinese medicine, chemical materials, petroleum, industrial raw materials, and plants. It is a modern high-tech means to replace traditional shear process methods and achieve efficient, energy-saving, and environmentally friendly extraction. Titanium alloy ultrasonic vibration rods are based on the special physical properties of ultrasound. Titanium alloy ultrasonic vibration rods mainly reduce the force between the target extract and the sample matrix through rapid mechanical vibration waves generated by piezoelectric transducers, thereby achieving solid-liquid extraction separation.

The ‘cavitation effect’ generated by titanium alloy ultrasonic vibration rods in extracting nanomaterials and dispersing graphene. In some cases, the generation of ultrasonic effect is related to the cavitation mechanism. Acoustic cavitation refers to a series of dynamic processes generated by small bubbles (holes) existing in the liquid under the action of sound waves: oscillation, expansion, contraction, and even collapse. At the point of cavitation, the local state of the liquid undergoes significant changes, resulting in high temperatures and pressures.