Utilizing the cavitation principle of ultrasonic cleaning, the strong impact removal effect on oil污 is achieved through the cavitation effect of ultrasonic bubbles as they explode.

Ultrasonic cleaning machines are a type of cleaning equipment widely used in the metal industry, offering an extremely clean washing result. They are generally employed for removing oil and rust, such as in a large metal parts manufacturer that produces 30,000 metal parts daily. Manually cleaning such a vast quantity of specialized hard materials not only takes a long time but also results in insufficient cleanliness, especially in hard-to-reach gaps! Using an ultrasonic cleaning machine would enhance the efficiency of cleaning metal parts and provide a cleaner de-oiling and rust-removing effect.

Ultrasonic Cleaning Oil Removal Process

Place greasy metal parts, aluminum blocks, metals, bearings, chains, molds, etc., into the cleaning basket, then into the cleaning tank.

2. Add water and pour in a certain amount of defoamer.

3. Press the switch to activate the ultrasonic cleaner, which begins the cleaning process. After a period of cleaning, transfer the item to a separate drying tray. Allow it to dry for a designated time before removing the item and the cleaning basket.

4. Shutdown for maintenance notice

Using an ultrasonic cleaner can shorten the time required for degreasing and rust removal, improve the quality of the process, and enhance the degreasing and rust removal technique. Particularly suitable for parts and complex hardware components. Metals, bearings, chains, and molds with difficult-to-clean surfaces and oils have a significant degreasing and rust removal effect, overcoming the damage caused by manual cleaning to the parts. Ultrasonic degreasing is based on the principle of cavitation, with a frequency of 40kHz being considered high-frequency ultrasonic waves. Under the action of ultrasonic waves, combined with the chemical action of the degreaser, bubbles are formed instantly. Due to the pressure, these bubbles compress, shatter, and disperse, simultaneously generating shock waves that can clean the surfaces of metal parts, causing dirt to fall off.

How effective is the degreasing and rust-removing of ultrasonic cleaning machines? In fact, the effectiveness of degreasing and rust-removing is closely related to the size and complexity of the parts, their position, the composition of the surface oil, and whether a degreaser is added. Typically, the ultrasonic cleaning machine operates at a frequency of 40KHz for oil and rust removal. The placement of the parts is crucial. The parts should rotate or turn in the cleaning tank to ensure that every surface area is exposed to the ultrasonic radiation, achieving a superior cleaning effect.

Ultrasonic cleaners, when paired with ultrasonic cleaning agents, significantly enhance the washing performance when used together with washing machines and detergents. (It is recommended to consult with professional cleaning agent companies.)