How to improve the cleaning efficiency and accuracy of ultrasonic cleaning machine
Ultrasonic waves in a certain frequency range act as a cleaning agent in the liquid medium. This cleaning technology has received widespread attention from all walks of life since its inception. The use of ultrasonic cleaners has greatly improved the efficiency of work and the accuracy of cleaning. In the past, cleaning dead corners, blind holes and hard-to-reach dirt have always caused headaches. The development and application of new technologies has made this work In recent years, with the rapid development of electronic technology, the ultrasonic cleaning machine is as important as our daily necessities. Its price is more and more accepted by the society and is gradually being widely used in various industries.
Ultrasonic cleaning equipment consists mainly of the following components:
1. Cleaning tank: holding the workpiece to be washed
Made of stainless steel, it can be installed with heating and temperature control devices. The bottom of the bottom of the cleaning tank is bonded with an ultrasonic transducer.
2. Transducer (ultrasonic generator): converts electrical energy into mechanical energy
3. Power supply: provide the required energy for the transducer
Inverter power supply, inlet IGBT component, overcurrent protection circuit, transducer converts high frequency electrical energy into mechanical energy, it will generate high frequency shock with very small amplitude and spread into the solution in the cleaning tank, in the transducer Under the action, the inside of the cleaning liquid will continuously generate a large number of tiny bubbles and instantaneously rupture, and the rupture of each bubble will generate hundreds of degrees of high temperature and shock waves of nearly one thousand atmospheres, thereby rinsing the workpiece. From the cleaning principle of the ultrasonic cleaning machine, it is not difficult to understand why its cleaning efficiency and cleaning effect are extremely exciting.
a. Regardless of the complexity of the shape of the workpiece, put it into the cleaning solution, as long as it is in contact with the liquid, ultrasonic cleaning can be achieved.
b. Cooperate with the use of cleaning agent to accelerate the separation and dissolution of pollutants, which can effectively prevent the erosion of the cleaning liquid on the workpiece.
c. The bubbles generated in the liquid during cleaning are very average, and the cleaning of the workpiece will be very uniform.
d, no need to manually clean, eliminate the damage caused by manual cleaning of the workpiece, to avoid heavy and dirty physical labor.
In every industry and industry we know, almost every industry has applications for ultrasonic cleaning machines, such as: machinery industry, surface treatment industry, medical industry, instrumentation industry, electromechanical electronics industry, optical industry, semiconductor industry, Science and education culture, winning jewellery, petrochemical industry, textile industry, etc.