Ultrasonic cleaning technology is a new type of process in an industrial field, which can improve cleaning production efficiency and product quality. Ultrasonic cleaning methods exceed the general conventional cleaning methods, especially the surface of the workpiece is more complex, like some mechanical parts with uneven surfaces and blind holes, and some products that are particularly small and have high requirements for cleanliness, such as clocks and precision Mechanical parts, electronic components, circuit board components, etc., using ultrasonic cleaning can achieve very ideal results.

It has the following obvious four advantages:

1. Good cleaning effect, high cleanliness and uniform cleanliness of all workpieces.
2. The cleaning speed is fast, the production efficiency is improved, and the cleaning fluid does not need to be touched by human hands, which is reliable.
3. Deep holes, crevices and hidden parts of the workpiece can also be cleaned.
4. No damage to the surface of the workpiece, saving solvent, heat, working space and labor.

With the advancement of science and technology, ultrasonic cleaning technology has become an important cleaning method, especially in some cleaning applications, which are irreplaceable. The main applications of ultrasonic cleaning machines in industrial production include:

1. Cleaning of mechanical parts, especially parts. Bearings, oil pumps, nozzles, cylinders, gears, cutters, etc.
2. Cleaning of optical parts, degreasing, sweating and dust removal of optical devices and optical fibers.
3. Cleaning and treatment of electromechanical components.
4. High cleanliness cleaning of semiconductor chips and semiconductor wafers.
5. Cleaning and descaling of printed circuit boards.
6. Surface treatment of metal products: derusting, degreasing, phosphating, passivation, etc.
7. Cleaning and descaling of glass bottles and utensils.
8. Cleaning and dredging of filters and metal filters, and cleaning of chemical containers.
9. Cleaning of precious metals.
10. Cleaning treatment after processing jade.

The high efficiency and high cleanliness of the ultrasonic cleaner benefit from the penetrating and cavitation shock waves generated when the sound wave propagates in the medium. Therefore, it is easy to clean the parts with complex shapes, cavities and thin cavities. For the general process of degreasing, rust prevention, and phosphating, it only takes two to three minutes to complete under the action of ultrasound. Compared with the traditional method, it can be improved several times to dozens of times, and the cleanliness can reach high standards.

In many occasions that require high product surface quality and productivity, this highlights the results that are difficult to achieve or irreplaceable with other treatment methods.