Industrial Ultrasonic Cleaner Machines | EJ Ultrasonics (2024)

FAQs

What Cannot be cleaned in an ultrasonic cleaner? ›

What things shouldn't be cleaned with ultrasonic cleaning? Answer: Some electronic components such as MEMS devices like gyroscopes, accelerometers and microphones can become damaged or destroyed by the high-intensity vibrations they are subjected to during ultrasonic cleaning.

Diamonds are among the hardest gemstones and can be safely cleaned in an ultrasonic cleaner. However, it is vital to check for any loose stones or damage to the jewelry before cleaning. Silver is a soft metal that is prone to tarnish. Ultrasonic cleaning can help to remove tarnish and restore the jewelry's shine.

The versatility of ultrasonic cleaning machines make them an ideal choice for the automotive, medical, pharmaceutical, aerospace and engineering industries, as well as many other industrial industries. Ultrasonic cleaning uses cavitation bubbles induced by high-frequency pressure (sound) waves to agitate a liquid.

Deionized Water

While detergents can help in the ultrasonic cleaning process, they are not always necessary. In some cases, deionized water is acceptable and may be advisable. Deionized water is safe to use on almost any material that can be safely submerged in water.

Ultrasonic cleaning can cause damage to some items. The high-frequency sound waves can cause vibrations that may dislodge stones, loosen or damage solder, or even cause the item to crack. Therefore, it is essential to use caution when cleaning items with an ultrasonic cleaner.

The implosions of these bubbles are intense and produce powerful energy. The implosions can cause skin irritations while the energy from implosions can harm the tissues of the joints. Rheumatic diseases can develop when joint tissues are harmed.

Any Delicate or Fragile Pieces

You should also avoid using an ultrasonic cleaner for jewelry items that are oxidized, antique, porous, or have any loose stones, since these items can be fragile or delicate.

Diamonds will always shine, even with a bit of dirt on them, but they will look even more brilliant when professionally cleaned. Jewelers use ultrasonic cleaners with high frequency sound waves and chemicals, which create bubbles that latch on to the dirt on the diamond.

Using ultrasound waves and chemicals, this jewellery cleaning machine can remove foreign particles such as dirt, oil and tarnish, as well as polishing compounds such as Tripoli and rouge from delicate jewellery pieces.

Isopropyl Alcohol Ultrasonic Cleaner Solutions

These solvents are popular for cleaning and degreasing a wide range of materials, from printed circuit boards (PCBs) to medical instruments. They are known for their fast evaporation rate, leaving minimal residue on the cleaned surfaces.

Are all ultrasonic cleaners the same? ›

Not all ultrasonic cleaners are the same. Let's look at a few of the different kinds of ultrasonic cleaning machines on the market. Industrial Cleaners: As the name suggests, these cleaners are high-grade and are for industrial level use. As such, these cleaning tanks are either larger or custom designed.

In industry, ultrasound is used in a wide range of processes, such as cleaning, welding of plastics and metals, cutting, forming, testing of materials, separating, mixing, de-gassing, atomising, localising, measuring and many others. Ultrasound refers to sound in the range that is not audible for humans.

I just use water, but I will put a couple of drops of Dawn when I haven't cleaned my ring in a while. I usually use iSonic ultrasonic concentrated solution - but that's only because it came w/my ultrasonic :) Like u/schmee326 mentioned, Dawn works great - I've used that for my husband's watch w/excellent results...

All you need is just vinegar, water and dishwashing liquid. Just follow our guide and make yourself a homemade ultrasonic solution, capable of cleaning anything, from jewelry to old coins. So next time you decide to clean something inside an ultrasonic cleaner, try this solution instead of water.

The short answer almost always is, NO, don't do this. It can be extremely dangerous.

Limitations of Ultrasonic Cleaning:

Material Compatibility: Not all materials can be cleaned using ultrasonic methods. Some fragile or porous materials may be damaged by the intense cavitation process. Contaminant Compatibility: The effectiveness of ultrasonic cleaning depends on the type of contaminants present.

Never submit opal, pearl, emerald, tanzanite, coral, turquoise, malachite, or amber to ultrasonic cleaning. Unless a gemologist can assure you that your rubies or sapphires have never been oiled, keep these gems out of an ultrasonic tank, too.

Never put anything with a speaker in the ultrasonics. The ultrasonics and water will damage the cone and coil. Ultrasonics is great for cleaning many metals except for tungsten and thin aluminum. Most aluminum products are thicker but ultrasonics can damage thinner items.

Studies have shown that hydrogen peroxide is a highly reactive substance which can damage soft and hard oral tissues when used incorrectly. Additionally, there is some evidence that peroxides can damage ultrasonic cleaner components.