The use of ultrasonic cleaning systems ensures that cleaning injection molds and related parts are completely and properly cleaned. It also reduces the time needed for finding and solving cleaning problems that are usually encountered with conventional cleaning methods.
The use of ultrasonic cleaning technology allows even hard to clean part surfaces and textures to be completely and effectively cleaned. The ultrasonic waves result in the formation and collapse of the cavitation bubbles in the cleaning solution. This action of cleaning bubbles helps in dislodging contamination and other undesirable particles from the surfaces of the parts that are being cleaned. The cavitation bubbles can even clean intricate shapes and hard-to-reach places of the parts being cleaned.
To achieve the optimum cleaning performance in an ultrasonic cleaning system, the right tank size, power and frequency levels should be selected carefully.
The ultrasonic cleaning system is so effective that it doesn't need aggressive cleaning chemicals or use mechanical scrubbing action. Operator safety is greatly enhanced and costs for the use, handling, storage and disposal of chemicals are eliminated. With the elimination of chemicals, the ultrasonic cleaning system is also environmentally compliant.
For
more details read the complete article “How Ultrasonic Cleaning Systems
Eliminate Manufacturing Production Delays” to learn how Kaijo can help you. For
a free consultation or quote call 408-675-5575 or email to info@kaijo-shibuya.com. Ultrasonic cleaning systems are an
ideal solution for quick, thorough and efficient cleaning of industrial and
manufacturing parts, such as injection molds. Using a proactive cleaning
process, you won't have to encounter down times and unnecessary production
delays any longer.
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