Ultrasonic Extractor

Ultrasonic Extractor is the use of ultrasonic waves to stir, homogenize and emulsify the sample, thereby accelerating the process of directly or indirectly extracting substances. Its principle features mainly include: 1. Ultrasound has microscopic cavitation effect, which makes the sample form a stable gas-liquid interface, thereby accelerating the diffusion and transmission of substances. 2. Ultrasonic waves accelerate the movement of the sample, increasing the contact area and efficiency of impurities and solvents, thereby improving extraction efficiency. 3. Ultrasonic heats the sample to increase the temperature of the sample to the temperature at which the substance dissolves, thereby speeding up the extraction rate. 4. Ultrasonic waves increase the speed of motion by generating local solution vortexes, increasing the contact area and force between the material and the solid interface, thereby improving the extraction efficiency. In short, ultrasonic-assisted extraction utilizes the physical effect of ultrasonic waves to achieve the purpose of improving extraction efficiency, shortening extraction time, and reducing extraction costs by accelerating the diffusion, heating, and stirring of substances.