The principle of an ultrasonic homogenizer.

Utilizing the power of cavitation! A detailed introduction to the principles of ultrasonic homogenizers!

The "Ultrasonic Homogenizer" is a device that operates in unseen places by reducing and homogenizing existing materials to create small, high-quality products. The vibrating element generates longitudinal vibrations at approximately 20 kHz, or 20,000 times per second. When this vibration occurs in a liquid, if we imagine one vibration, a "vacuum bubble" forms in the liquid when the chip surface is reduced, and when the chip surface is expanded, that bubble becomes pressurized and collapses. The shock force generated when this bubble collapses is called cavitation. Ultrasonic vibrations utilize the power of this cavitation to perform processes such as "emulsification and dispersion." [Overview] - The vibrating element generates longitudinal vibrations at approximately 20 kHz, or 20,000 times per second. - A "vacuum bubble" forms in the liquid when the chip surface is reduced. - When the chip surface is expanded, the bubble becomes pressurized and collapses. - The shock force generated when the bubble collapses is called cavitation. - Ultrasonic vibrations utilize the power of cavitation to perform processes such as "emulsification and dispersion." *For more details, please refer to the PDF document or feel free to contact us.

Homogenizer