What is the best spacing between records during the ultrasonic cleaning process?
Ultrasonic cleaning is able to penetrate into very small gaps and crevices. This is impressively demonstrated in the video.
The video shows the standard test for ultrasonic cleaner efficiency, where two ceramic rings are pressed together with some contamination in between them. The ultrasonic action is able to get the contamination from in-between the two rings. It follows that even closely spaced records will get cleaned. One issue with close spacing is that more records in the cleaner means more dirt removed. That contaminates the fluid more quickly compared to a situation where only few records are in the cleaner.
A remedy is to replace the cleaning fluid more often or use our Micron fluid filtration system. The Micron system will remove contaminants while the records are being cleaned, and that reduces redeposition significantly.
The video shows the standard test for ultrasonic cleaner efficiency, where two ceramic rings are pressed together with some contamination in between them. The ultrasonic action is able to get the contamination from in-between the two rings. It follows that even closely spaced records will get cleaned. One issue with close spacing is that more records in the cleaner means more dirt removed. That contaminates the fluid more quickly compared to a situation where only few records are in the cleaner.
A remedy is to replace the cleaning fluid more often or use our Micron fluid filtration system. The Micron system will remove contaminants while the records are being cleaned, and that reduces redeposition significantly.
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This video gives an impressive demonstration of the capabilites of the ultrasonic cleaning process. See how the process is able to remove contamination between two tightly pressed together ceramic rings.
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What is the best spacing between records during the ultrasonic cleaning process
Ultrasonic cleaning is able to penetrate into very small gaps and crevices. This is impressively demonstrated in the video. The video shows the standard test for ultrasonic cleaner efficiency, where two ceramic rings are pressed together with some contamination in between them. The ultrasonic action is able to get the contamination from in-between the two rings. It follows that even closely spaced records will get cleaned. One issue with close spacing is that more records in the cleaner means more dirt removed. That contaminates the fluid more quickly compared to a situation where only few records are in the cleaner.
A remedy is to replace the cleaning fluid more often or use our Micron fluid filtration system. The Micron system will remove contaminants while the records are being cleaned, and that reduces redeposition significantly.
A remedy is to replace the cleaning fluid more often or use our Micron fluid filtration system. The Micron system will remove contaminants while the records are being cleaned, and that reduces redeposition significantly.
This video gives an impressive demonstration of the capabilites of the ultrasonic cleaning process. See how the process is able to remove contamination between two tightly pressed together ceramic rings.