Analytical balances, precision scales and other weighing instruments must be recalibrated on a regular basis. If internal calibration is not provided, external calibration is performed using test weights. Read More
How to Handle Noise from an Ultrasonic Cleaner
Ultrasonic cleaners operating at low frequencies create audible noise that must be supressed with sound insulation and hearing protection devices. Read More
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How to Protect Your Equipment During Ultrasonic Cleaning
While properly operated and controlled ultrasonic cleaning is generally safe for a wide range of products, the key criterion being “properly operated.” This is a combination of the cleaning solution composition, bath temperature and the ultrasonic frequency employed. The guiding factor is the items being cleaned and what is being removed. Read More
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When to Use a High Frequency Ultrasonic Cleaner
High-frequency ultrasonic cleaners operating at 80 kHz or more are safer to use when cleaning highly polished surfaces, soft metals and delicate parts. Read More
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Choose an Industrial Ultrasonic Cleaner for Challenging Cleaning Jobs
Powerful multifrequency industrial-scale ultrasonic cleaners are designed for continuous operation up to 12 hours and handle cleaning tasks ranging from removing coarse contaminants to delicately cleaning surface coatings. Read More
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Get 20% Faster Cleaning with New Industrial Ultrasonic Cleaner
An industral-scale ultrasonic cleaning tank and companion rinse tank both feature a precise ± 2 cm vertical oscillation of cleaning baskets – a process that improves ultrasonic cavitation action to near perfection and provide 10% - 20% faster cleaning than conventional ultrasonic cleaners. Read More
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How to Use Baskets & Brackets for Perfect Ultrasonic Cleaning
Containers and supports used to hold or suspend parts in an ultrasonic cleaner should be designed to minimize interference with the cavitation cleaning action. Here are some suggestions. Read More
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How to Clean Complex Parts in an Ultrasonic Parts Cleaner
Air trapped in blind holes and crevices will inhibit cavitation action. Here are steps that can be taken to be sure ultrasonic cleaning solution is in contact with all surfaces. Read More
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