Ultrasonic extraction addresses the extremely problematic fact that cannabinoids, like THC and , are naturally hydrophobic. Without harsh solvents, it is often difficult to expel the precious cannabinoids from within the cell interior. To increase the bioavailability of the final product, producers need to find extraction methods that break down the tough cell wall.

The technology behind ultrasonic extraction is anything but easy to understand. In essence, sonication relies on ultrasonic waves. A probe is inserted into a solvent mixture, and the probe then emits a series of high and low-pressure sound waves. This process essentially creates microscopic currents, eddies, and pressurized streams of liquid, forming a particularly harsh environment.

These ultrasonic sound waves, which emit at a speed of up to 20,000 per second, create an environment that breaks through cellular walls. The forces which typically work to hold the cell together are no longer viable within the alternating pressurized atmosphere created by the probe.

Millions upon millions of tiny bubbles are created, which subsequently pop, leading to the complete breakdown of the protective cell wall. As the cell walls break down, the inner materials are released directly into the solvent, thus creating a potent emulsion.

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