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Ultrasonic Cleaning uses high frequency sound waves radiated through liquid at around 40,000 times per second. As sound waves pass through the fluid tiny bubbles form and grow in size until they become unstable and cannot support their own density causing them to implode. This transformation is known as cavitation. As these bubbles collapse, the surrounding cleaning fluid fills the gaps. This creates an action similar to that of a scrubbing brush, but thousands of times per second per cubic centimetre.

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This process gives ultrasonic cleaning its powerful action and makes it the most effective method of removing contaminates from substrates or complex shapes. This process can be further intensified by adding cleaning detergent to the liquid.

Ultrasonic cleaning represents a number of benefits over alternative methods which are available. People are being urged to move away from traditional methods which use solvents to remove baked on deposits as these are both hazardous to the environment and can be dangerous to those using them.