Theory and Method
This Ultrasonicator operates through ultrasonic cavitation in a liquid. The transducer converts electrical energy into high-frequency vibration, creating alternating pressure waves that form microscopic bubbles. Bubble collapse produces localized shear and pressure effects that support dispersion, mixing, and disruption. That energy can also help separate particle clusters and improve uniformity in polymers and nanomaterials.
A typical method starts with loading the batch volume and positioning the large probe head for stable coupling. Set power percentage and duty cycle, then define pulse on-time, pulse off-time, and total run time. Pulse operation helps manage heat rise in longer runs while keeping acoustic energy consistent. After processing, confirm dispersion quality, then repeat with the saved settings for batch consistency.
