How An Ultrasonic Jewelry Cleaner Works

How an Ultrasonic Jewelry Cleaner Works

How an Ultrasonic Jewelry Cleaner Works

Ultrasonic cleaning has many advantages over traditional tumbling methods of case cleaning. There is no dust or media residue to remove from the brass, and when done right, the cases come out clean and shiney, inside and out, even the primer pockets. It is not difficult at all to choose an ultrasonic cleaner for home use. What you have to do is make certain that the ultrasonic cleaners on hand are big enough for the jewelry and they have a great status to be among the best ultrasonic jewelry cleaners available. You can go to local warehouse store and discover ultrasonic jewelry cleaners available but you need to make certain you purchase an excellent machine.

Its also vital that you know how ultrasonic cleaners work to be able to pick which one would be the perfect for your family. The ultrasonic cleaner works with a little tank, a transducer, and an ultrasonic generator. Ultimately the cleaning solution in the tank receives ultrasonic seem waves in the transducer and generator and also the bubbles are produced accordingly. Ultrasonic cleaning uses high-frequency sound waves (generally between 20-80 kHz) to remove a variety of contaminants from objects immersed in a liquid. The result of these high-frequency sound waves is a process called cavitation. They are little bitty bubbles that form in a cleaning solution and collapse just rapidly to produce a scrubbing agent. With all of these popping bubbles the product immersed in the cleaning solution will be washed inside and outside in addition to all surface areas.

These high frequency bursts of ultrasonic energy produce a three-dimensional wave of alternating positive and negative pressure areas as the sound wave passes through the solution. During negative pressure, microscopic cavitation bubbles form and will continue to grow until they reach resonant size. As the positive sound wave passes, the pressure rises rapidly and implodes these tiny bubbles. Before these minuscule bubbles implode they store a tremendous amount of energy. These bubbles can be as hot as 10,000 degrees and have as much as 50,000 lbs per square inch of pressure. This sounds alarming, but you have to remember that these bubbles are microscopic in nature and pose no harm to anything, unless you are a carbon /powder residue deposit on a cartridge case!

When this cavitation bubble implodes near your brass case, it transforms the bubble into a jet about 1/10th of its size. This jet of energy can travel as fast as 400 km/hour. At 43 kHz, as is the frequency for our L & R HCS 200 ultrasonic cleaner, this is happening 43,000 times per second. This micro-burst of extreme energy is responsible for removing contaminants from the surface of your cartridge brass. Now you understand how an ultrasonic jewelry cleaner works then youre prepared to buy your own.

This article is from http://www.zeta-dental.com.au/article-616-How-an-Ultrasonic-Jewelry-Cleaner-Works.html

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