Ultrasonic Cleaners: Dos and Don’ts | Omegasonics (2024)

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The Dos The Don’ts FAQs References

If we expect our ultrasonic cleaners to perform as designed and last for years to come, there are a number of things you should and shouldn’t do to keep them running efficiently. Just as important is your personal safety as you work around and with your ultrasonic cleaning systems—there are some things you should always take the time to do, and some things you should never do to keep yourself and your employees safe. Here is a list of some of the major dos and don’ts as they relate to the longevity of ultrasonic cleaners.

The Dos

To keep our ultrasonic cleaner performing at top-notch speed, and to keep ourselves safe in the process, we should:

  • Always unplug the unit before draining the solution. Leaving the heating elements energized by accident can cause them to overheat and fail. Also, water and electricity don’t mix, and the combination can be lethal when the human body is involved with excess splashing.
  • Drain the detergent and clean out the tank occasionally. The heavier gunk and dirt that falls off the parts cleaned will settle at the bottom of the tank and may not filter through the filtration system. This debris takes up space in the bath and dampens the ultrasonic waves, which makes cleaning less effective. Use a rag and wipe the tank bottom clean, or rinse it with clean, cool water.
  • Change the filtration system’s filters regularly. Ultrasonic cleaners will remove everything from the part’s surface that shouldn’t be there, and much of that will float in the detergent and be removed by the filtration system. Changing the filters regularly keeps contaminants out of the cleaning detergent, helping the system do its job better and faster.
  • Use water-based detergents. Solvent-based cleaners are generally not designed for use in an ultrasonic cleaner, and may damage the stainless tank surface in some instances. Solvents with low flash points – below 200˚F, are never recommended. Plus solvents are unhealthy for humans.
  • Wipe or spray down parts that have heavy, greasy or loose contamination before placing them in the ultrasonic cleaner if possible. The cleaner will remove all the dirt no matter how badly it is caked on, but as we mentioned above, the dirt that comes off must go somewhere, and that “somewhere” will either be the filters or tank bottom, which adds to our maintenance frequency.
  • De-gas new detergent before you begin cleaning parts. Fresh solution will have some gasses—mostly air—trapped in it, and if these dissolved gasses aren’t removed, it will take the parts longer to get clean while the detergent degasses itself. Degassing is as simple as raising the temperature on the unit to the desired temperature, and operating the cleaner without anything else in it for a short period of time – ten minutes.

The Don’ts

To avoid damaging your cleaners (and your bodies), you should:

  • Never mess with the electronic controls, transformer, or transducers on the unit, or try to do your own repairs. Ultrasonic cleaners operate under high voltage, and if you don’t know what you’re doing, you can damage the equipment and yourself. On a similar note, don’t spray down the outside of the tank, control box, or electrical box with water or other liquids. If the outside gets dirty, unplug the unit and wipe it down with a clean rag.
  • Never fill the tank of an ultrasonic cleaner with alcohol, gasoline, or any other flammable liquids. They will vaporize, and could cause a fire or explosion, or release harmful gasses into the workspace.
  • Never put any parts of your body into the ultrasonic cleaner while it is operating without proper protection such as thermal gloves and goggles. The detergents can cause mild skin irritation, and the cleaning action can cause discomfort. In addition, the operating temperature of the solution and tank can reach 160 degrees F, which will cause burns.
  • Avoid putting chlorine bleach into the tank. Bleach does not promote good cavitation activity.
  • Keep parts off the bottom of the tank. Setting parts directly on the tank bottom bottom increases the incident of cavitation erosion – pitting of the tank eventually causing the ultrasonic cleaner to leak . Use a basket, tray, or suspension system to hold parts in the unit.

Now that you have a list of basic dos and don’ts for using, maintaining, and working safely around our ultrasonic cleaners, start cleaning! Following these tips will keep you and your equipment around and working efficiently for a long time to come.

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Ultrasonic Cleaners: Dos and Don’ts | Omegasonics (2024)

FAQs

Ultrasonic Cleaners: Dos and Don’ts | Omegasonics? ›

It is important that objects to be cleaned are suspended within the bath water, and do NOT contact the bottom or interior walls of the ultrasonic cleaner. Objects contacting the bottom or sidewalls of the cleaner will reduce their movement, and thus reduce the cavitation effect.

What happens if you place something on the bottom of an ultrasonic cleaner? ›

It is important that objects to be cleaned are suspended within the bath water, and do NOT contact the bottom or interior walls of the ultrasonic cleaner. Objects contacting the bottom or sidewalls of the cleaner will reduce their movement, and thus reduce the cavitation effect.

How to properly use an ultrasonic cleaner? ›

Submerge the items to be cleaned in the solution. Make sure they are not too crowded to allow the cleaning solution and ultrasonic waves to reach all surfaces. Start the Ultrasonic Cleaner: Turn on the ultrasonic cleaner.

Can you overuse an ultrasonic cleaner? ›

Over use NOT GOOD – Running the machine longer than necessary is considered an abuse of product and is not covered under warranty.

What is the best solution to use in an ultrasonic cleaner? ›

We recommend UP 132-B, a mild phosphoric acid solution designed to safely clean at low temperatures. This environmentally-friendly detergent is commonly used on brass instruments but is suitable for many other applications. It's compatible with copper, aluminum, stainless steel, bronze, plastics, glass, and ceramics.

What not to put in ultrasonic cleaner? ›

Never fill the tank of an ultrasonic cleaner with alcohol, gasoline, or any other flammable liquids. They will vaporize, and could cause a fire or explosion, or release harmful gasses into the workspace.

What if you put your finger in an ultrasonic cleaner? ›

Ultrasonic cleaners are far too violent to be used on flesh; you would receive what could only be described as instant bruising.

Can I use tap water in my ultrasonic cleaner? ›

Using tap water is sufficient. Purified water or distilled water has the same cleaning effect as regular tap water for ultrasonic cleaning. When cleaning silver or copper items where oxidation has darkened the items, special solutions such as SeaClean2, needs to be added to the water to remove the oxidation.

What precautions should you take when using an ultrasonic cleaner? ›

So how to work when using an ultrasonic cleaner

- Do not use flammable cleaners. - Do not boil water and pour into the bath. - Metal must not touch the bottom of the bath, - Care must be taken to empty the bath and clean the bottom of metal parts.

Do you use hot or cold water in an ultrasonic cleaner? ›

Heat helps to make the cleaning solution more effective; making the solution less viscous which aids the formation of cavitation bubbles.

What are the disadvantages of ultrasonic cleaners? ›

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.

Can I put my wedding ring in an ultrasonic cleaner? ›

Ultrasonic cleaners are not recommended for fine jewelry, as they may wear out some of your stones if used too frequently.

What are the hazards of ultrasonic cleaning? ›

There are three main hazards associated with ultrasonic equipment.
  • Exposure of human tissues through direct contact with a vibrating solid.
  • Exposure of human tissues through direct contact with a liquid coupling medium.
  • Exposure of human tissues through airborne contamination.

Can I use baking soda in an ultrasonic cleaner? ›

You can add a little baking soda to the water if you have some stubborn stains.

How do I get the most out of my ultrasonic cleaner? ›

5 Ultrasonic Cleaning Tips
  1. Select the correct cleaning solution. This is a critical step in the ultrasonic cleaning process. ...
  2. Choose the correct time and temperature. ...
  3. Ensure that the correct output frequency is used. ...
  4. Use a basket. ...
  5. Determine whether post-cleaning is necessary.
Nov 26, 2019

Can parts touch in an ultrasonic cleaner? ›

A part being cleaned should never touch the bottom of the tank. This is equivalent to placing your finger directly on the speaker of your sound system. Damage may occur.

Why is water sprayed on the tip of an ultrasonic cleaner? ›

The goal of water flow in ultrasonic scaling is not aerosolization but rather enough water flow to cool the tip and prevent overheating – approximately 20 ml/minute (about four-and-a-half teaspoons). Low to medium power settings generally create streaming and/or drips from the tip.

Can you put plastic bags in an ultrasonic cleaner? ›

The effectiveness of ultrasonic cleaning on plastic materials depends on the type of plastic being cleaned. Plastic is not the most favourable material for ultrasonic cleaning. There will always be cleaning action taking place in the tank, but how effective it is depends on the density of the plastic.

What happens if you run ultrasonic cleaner without water? ›

If there is no water in the tank, and the cleaner is switched on, the transducer burn out almost immediately, leaving you with a now completely useless piece of hardware. Always have your cleaner filled to the recommended level before attaching it to power. NEVER use flammable liquid of any kind in an ultrasonic bath!

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