Advantages of Ultrasonic Processors

Ultrasonic processors are commonly used for applications such as material dispersion, emulsification, mixing, washing, and decontamination. They are capable of processing samples with rheological properties, including emulsions, suspensions, and colloids. By using computer controls to regulate ultrasonic oscillation frequency and power, the processor generates high-frequency vibrations and shear forces within the sample. This induces mechanical fragmentation, shearing, and tearing-along with associated chemical and physical changes-to achieve objectives such as dispersion and mixing.

Doubled Efficiency: Extraction or dispersion times are reduced by 50%–80% compared to traditional methods, and extraction yields increase by 20%–60%, all without the need for prolonged heating or high pressure.

Low-Temperature Preservation of Bioactivity: The overall reaction temperature is controllable (typically <60°C), effectively protecting heat-sensitive components (such as enzymes, volatile oils, and DNA) from inactivation.

‌Eco-friendly and Energy-efficient‌: Solvent usage is reduced by 20%–50%, and overall energy consumption drops by over 40%; no high-pressure equipment is required, resulting in low operating costs.

‌Deep Penetration‌: Micro-jets and shockwaves can penetrate deep into microscopic crevices or the interior of cells, achieving homogenization and cell disruption effects unattainable through conventional mechanical stirring.