Ultrasonic cleaning machines use ultrasound technology and water or special cleaning solutions to clean and disinfect various items, from jewelry to medical tools to electronics. In most cases, they range from 20 to 400 kilohertz. According to the efficiency of the transducer and the clean project, the cleaning can last for 3 to 30 minutes, most of which range from 3 to 6 minutes.
Once an item is inserted into the clean room, it is filled with the right liquid, usually the solvent, and the device is opened. The ultrasonic wave produces ultrasonic waves that oscillate at the frequency of ultrasonic waves. This allows the liquid to produce thousands of tiny compressed waves, which actually tear the liquid apart and produce millions of tiny vacuum bubbles in a process called cavitation.
Once formed, these bubbles are unstable, and they generate enormous amounts of energy themselves, producing more than 20,000 pounds of energy. Pressure per square inch and 5,000 carats of calories. These bubbles are small enough that they do not harm clean items, but have the ability to remove surface dirt and other contaminants. The higher the frequency of these miniature vacuum cleaners, the smaller the nodes between the cavitation points and the smaller the cleaning capacity.
Since ultrasonic cleaners use an incredibly powerful side effect, they don't need harsh cleaners used in most industrial cleaning applications.
