High-Efficiency Ultrasonic Mixing And Extraction Equipment

Compared to traditional mixing extraction equipment that relies on macroscopic forces such as mechanical stirring, shearing, or high-temperature reflux to achieve component separation, ultrasonic mixing extraction equipment utilizes high-frequency vibrations (typically 20-35kHz) to induce cavitation effects within liquids. This process generates instantaneous localized high temperatures, pressures, and microjets, thereby efficiently disrupting cell walls, accelerating solvent penetration, and enhancing target component dissolution. It demonstrates significant advantages in extraction efficiency, energy consumption control, component retention, and versatility: On one hand, ultrasonic extraction reduces process time from hours to tens of minutes while cutting energy consumption by over 50%. Its low-temperature operation effectively preserves the activity of heat-sensitive components such as plant essential oils and proteins. On the other hand, it processes high-viscosity or high-solids-content systems without requiring vigorous mechanical agitation. This avoids issues common in traditional equipment, such as localized overheating, mixing dead zones, and component degradation. It is particularly suitable for precision extraction in high-value-added fields like active ingredients in traditional Chinese medicine, natural products, and nanomaterials.