In order to equal time and fair competition, should jump out of some of the error of the ultrasonic cleaner, and here once and for all to break them.

Aluminum can not be put in ultrasonic cleaning machine-error. Almost any type of metal can be put into an ultrasonic cleaning system as long as the cleaning fluid is of the right type. Not sure how this myth began, but it's not true. As long as the cleanser is compatible with aluminum, it can be cleaned safely and efficiently, as can magnesium, titanium, and brass.

Many people mistakenly believe that the ultrasonic cleaning machine is by shaking off the dirt on the parts to work. Obviously, this is not how they work at all. The ultrasonic cleaning system works by creating tiny cavitation bubbles that remove contaminants from the surface of the part. Ultrasonic cleaning is actually a very effective method for PCB cleaning.

Ultrasonic cleaning doesn't work -- again, it's wrong. Ultrasonic cleaning is very effective in removing contaminants when the best chemicals, cleaning cycle time and temperature are used. The mistake may have started with a consumer trying to clean the wrong parts with the wrong chemicals, or using devices that are too small for the object to be cleaned. Anyway, that's not true. Hundreds of different businesses and industries prove my point every day.

The longer the ultrasonic cleaner is running, the cleaner the parts are -- that's true, but only up to a point. If running the cleaner for 3 minutes cleans the part, then running it for 5 minutes may make it cleaner. It is up to the user to define the degree of cleanliness the part needs to achieve. It may be"Clean enough" after only three minutes, or it may take a full five minutes to be considered acceptable. However, the amount of contamination on any given part is finite, and once it disappears, it disappears. In this case, if 100% of the contamination and debris disappeared after 15 minutes of ultrasonic cleaning, then another 5 minutes of running the cleaner will not be able to remove more debris.

Nowadays, many dental clinics, medical clinics and hospitals only use ultrasonic cleaning machines to clean and sterilize their tools and equipment. With the right cleaning solution, an ultrasonic cleaner can remove all bacterial, mold, and protein contaminants that may be present on the tool. Parts must be wiped clean before they are put into the ultrasonic cleaner. ... well, sort of . Before starting the ultrasonic cleaning cycle, there is no need to remove any contaminants from the part, but the removal of excess oil, grease and dirt minimizes accumulation or residue in the tank and may help to speed up the cleaning process. Modern dishwashers are effective at removing mashed potatoes from your plate, whether they're 8 inches thick or 3 inches thick. The ultrasonic cleaner does the same thing.

These are not earth-shattering facts. But the bottom line is that ultrasonic cleaners are extraordinary cleaning devices, because they can process an almost endless variety of materials, remove a wide variety of contaminants, and do it in minutes. For ultrasonic cleaning to be effective, the chemical composition, temperature, and cycle time must be correct; once the ideal combination is found, almost anything can be safely and thoroughly ultrasonic cleaned.