Application and Development of Ultrasonic Cleaning machine
Ultrasonic cleaning machines are widely used in industrial production, scientific research, production and use of medical products and other fields. Ultrasonic itself has the advantages of short wavelength, concentrated energy and strong penetrating power. It is used in ultrasonic cleaning machines to clean items with complex structures or high precision requirements. Ultrasonic waves can be used to produce cavitation effects in liquids. Clean blind holes and gaps in workpieces with complex structures.
Using the ultrasonic energy generated by the ultrasonic cleaning machine can not only effectively remove the stains with strong adhesion and insoluble, and greatly reduce the cleaning time, but also reduce the damage to the workpiece during the cleaning process, without affecting the service life of the workpiece. In the early days, ultrasonic cleaning machines were mainly used for cleaning the surfaces of mechanical precision parts and medical products. With the development of ultrasonic transducer technology, under the action of ultrasonic cavitation, the cleaning efficiency of cleaning machines is higher, and the application range is also wider and wider.
With the continuous development of computer control technology, the ultrasonic cleaning machine has realized the transformation from semi-automation to full automation, which also brings greater opportunities to the development of the ultrasonic cleaning equipment industry. Coupled with the continuous development of my country's intelligent manufacturing level in recent years, the level of industrial production has been continuously improved, the structure of industrially produced workpieces has become more and more complex, the precision has become higher and higher, and the requirements for ultrasonic cleaning technology have become higher and higher. In order to meet the market demand, many ultrasonic cleaning machine manufacturers research and upgrade equipment functions by establishing dynamic models, combining numerical simulation and experimental verification, etc., to upgrade the control system and algorithm research of the cleaning machine during operation, and realize the various ultrasonic cleaning machines. The cooperation between the systems can effectively improve the quality and efficiency of ultrasonic cleaning.
In recent years, automated ultrasonic cleaning machines can not only be used in the traditional cleaning of industrial parts and medical products, but also in the production of military products, air filters of aviation aircraft, oil filters and other parts with strong dirt holding capacity. , and the fully automatic ultrasonic cleaning machine has been fully connected to the fully automatic production line, which greatly improves the efficiency of industrial production.
