In an ultrasonic cleaner, high-frequency, high-intensity sound waves, i.e. generally, 20-40 kHz, sometimes as high as 1 MHz, are blasted into a liquid to clean products placed within it that humans cannot hear. In addition to dislodging contaminants from submerged objects, sonic waves also cause vibrations.

In contrast to spray washing, turbulence, agitation, and brushing, this technology can remove contaminants that other methods cannot. The use of ultrasonic cleaning, for instance, can reach areas of a product that would otherwise be almost impossible to reach, such as blind holes, thread roots, complex geometry, and minute contours of the surface. Knowing how to use your ultrasonic cleaner will help you get the best results. This article intends to explain how ultrasonic cleaners work, how to use them properly, and what cleaning solutions you should use.

Ultrasonic Cleaning Basics

Many ultrasonic cleaning systems are available on the market, and your choice may depend on the types of contaminants that need to be removed. Besides that, you might also consider light oils or excessive heavy dirt and sludges that you’re struggling with. Your ultrasonic power and frequency requirements should also be considered.

The next step is determining which cleaning solution is needed. In general, one type of detergent will not be able to remove every type of contamination, so you must make a choice based on a particular situation. 

  • Oil, grease, and carbon deposits can be removed with general-purpose soap solutions.
  • Corrosion, rust, mineral deposits, and heat scale can be removed with descalers.
  • The enzyme detergent is capable of removing oil from stainless steel, Aluminum, brass, and titanium parts.
  • Metals can be cleaned and polished with low-pH cleaners.
  • Remember, Aluminum, copper, and brass can be damaged by acid solutions.
  • Ink, resins, and epoxy contaminants can be cleaned with specialty detergents.

Benefits of Ultrasonic Cleaning

It is more efficient to clean with ultrasonic cleaning services than by hand, especially when compared to conventional cleaning. In addition to being thorough, fast, efficient, and easy to perform, ultrasonic cleaning has no health risks. 

  • Dirt and particulates are removed down to the smallest size with ultrasonic cleaning. 
  • Despite the thoroughness of the cleaning, it is also fairly gentle, and its likelihood of causing damage is low. 
  • It is possible to clean exposed surfaces and hard-to-reach areas, including those that are hidden. 
  • Ultrasonic cleaners are easy to use and don’t require a great deal of time or effort. 
  • Depending on the object to be cleaned, an ultrasonic cleaning cycle can take anywhere from two to twenty minutes which is quite efficient.
  • Ultrasonic cleaners require relatively little maintenance and are relatively simple devices.
  • Due to its ease of use, maintenance, and learning, ultrasonic cleaning is very cost-effective. 
  • When using an ultrasonic cleaner, drill bits, scalpels, or other sharp instruments can be cleaned without risk of cuts or injuries. 

Overall, Ultrasonic cleaners are versatile tools, and you don’t need to be an expert to use one. You can be sure of a good result by following the right steps and instructions.

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