Industrial ultrasonic cleaners deliver cleaning performance that is faster, safer, and more efficient than traditional cleaning methods that use chemicals. Along with being more effective, this method is more environmentally friendly since cleaning doesn't require the use of harsh chemicals or mechanical scrubbing. Tiny cavitation bubbles generated by the ultrasonic system do the removal of impurities from a variety of parts and components, which range robust metal and ceramics to delicate semiconductors.
The three main components of the ultrasonic cleaning system consist of the ultrasonic generator, the transducer, and the cleaning tank.
The cleaning tank holds the cleaning solution as well as parts to be cleaned. It must be heavy and durable enough to withstand the cleaning action of the ultrasonic waves, and big enough to contain the biggest parts to be cleaned.
How doultrasonic cleaners work? The ultrasonic generator produces the electric signal which, in turn, generates the ultrasonic waves via the transducer.
The function of the transducer is to handle the frequency and power produced by the generator to create the ultrasonic waves in the cleaning solution. When the ultrasonic waves travel through the cleaning solution, it creates compression peaks and troughs. The tiny cavitation bubbles form in the troughs where there is low pressure and collapse in the peaks because of high pressure.
When the bubbles collapse, each of them releases a small but powerful jet of liquid, which produce an intense cleaning action on the surfaces of the parts being cleaned. This effectively dislodges any contaminants and any other impurities from the surface of the part being cleaned. The microscopic bubbles can clean even intricate shapes and hard-to-access holes and crevices. Result is fast and thorough cleaning.
The three main components of the ultrasonic cleaning system consist of the ultrasonic generator, the transducer, and the cleaning tank.
The cleaning tank holds the cleaning solution as well as parts to be cleaned. It must be heavy and durable enough to withstand the cleaning action of the ultrasonic waves, and big enough to contain the biggest parts to be cleaned.
How doultrasonic cleaners work? The ultrasonic generator produces the electric signal which, in turn, generates the ultrasonic waves via the transducer.
The function of the transducer is to handle the frequency and power produced by the generator to create the ultrasonic waves in the cleaning solution. When the ultrasonic waves travel through the cleaning solution, it creates compression peaks and troughs. The tiny cavitation bubbles form in the troughs where there is low pressure and collapse in the peaks because of high pressure.
When the bubbles collapse, each of them releases a small but powerful jet of liquid, which produce an intense cleaning action on the surfaces of the parts being cleaned. This effectively dislodges any contaminants and any other impurities from the surface of the part being cleaned. The microscopic bubbles can clean even intricate shapes and hard-to-access holes and crevices. Result is fast and thorough cleaning.
Kaijo Shibuya offers a complete line of industrial ultrasonic cleaning equipment. Read the complete article “How Ultrasonic Waves Are ProduceHow Ultrasonic Waves Are Produced for Industrial Cleaning Applicationsd for Industrial Cleaning Applications” to discover how Kaijo Shibuya’s industrial ultrasonic cleaners can be used in your cleaning application. For a free consultation or quote call Kaijo at 408-675-5575 or email info@kaijo-shibuya.com.
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