Industrial Ultrasonic Cleaner

A: The technical process: Ultrasonic energy is introduced into the body of water via transducers.

A: We recommend that you choose the right cleaning agent by the cleaning effect you want to achieve.

A: Most poor cleaning usually results from improper control of one or more process variable(s); such as choosing the wrong detergent solution, insufficient heat, or not allowing enough time for the particular soil to be removed. If you suspect that your ultrasonic cleaner is not cavitating properly, there are two simple tests you can perform: the “glass slide” test and the “foil” test.

A:Rinsing is recommended to remove any chemical residue, which could be harmful to the part. Parts can be rinsed right in your ultrasonic cleaner, using a clean water bath, or in a separate tub containing tap, distilled or deionised water.

A: Heat usually enhances and speeds up the cleaning process, and most detergent solutions are designed to work best at an elevated temperature. The best way to find the optimum temperature, which will give you the fastest, cleanest and safest results, is to run tests. Usually, the best results are within the 50°C to 75°C range.

A: I would definitely recommend, especially the particular unit we have.

A: We did plan originally to get a washer disinfector, but we didn’t think it was worthwhile investment compared to the ultrasonic cleaner.

A:It really speeds up the decontamination process and our staff don’t have hand scrub equipment,.