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MOST RECENT CONTENT: Ultrasonic Cleaning Zone

Dry Scroll Vacuum Pumps - 7/1/2011 Process Cleaning
Optimizing the ultrasonic cleaning process.

Efficient Cleaning with Ultrasound - 7/1/2011 Process Cleaning
Letting bubbles do the work.

Meeting Medical Manufacturing’s Tough Demands - 7/1/2011 Process Cleaning
Ultrasonic cleaning can help.

Ultrasonics and Tank Conversion - 6/22/2011 Process Cleaning
Is sonic better than aqueous cleaning?

Raising Efficiency and Quality - 3/14/2011 Process Cleaning
Hardly any other industry demands as high a level of cleanliness of components as the automotive industry. As cost pressure increases, the challenge for the automotive sector and its suppliers, now more than ever, is to make maximum use of optimization potential for the cleaning of parts as a step in the production process.

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OVERVIEW:
Ultrasonic Cleaning


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Ultrasonic cleaning technologies alternate high- and low-pressure sound frequencies to create and collapse vacuum bubbles (known as cavitation) and ultrasonic technology can be used to enhance the cleaning effectiveness of either aqueous or solvent solutions. The physical effects of ultrasonic cavitation bubbles crossing the surface of the parts acts to dislodge surface soils and for this reason, ultrasonic cavitation is particularly notable for effectiveness on blind holes and complex surface geometries that are sometimes a challenge for other cleaning methodologies.
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