Ultrasonic cleaning machine utilizes the cavitation effect of ultrasonic waves in liquids to accelerate and directly feed in, directly or indirectly dispersing the dirt layer, emulsifying and peeling, and achieving the purpose of cleaning. Ultrasonic cleaning machines have the following advantages:

The advantages of ultrasonic cleaning machines

(1) No matter how complex the shape of the workpiece is, as long as it can come into contact with liquid, the cleaning effect of ultrasound can be achieved;

(2) The bubbles generated by the liquid during cleaning are very uniform, and the cleaning stains are clean;

(3) Combined with the use of cleaning agents, it can accelerate the separation and dissolution of pollutants, and prevent the corrosion of the workpiece by the cleaning solution;

(4) No need for manual cleaning, solves the harm of manual cleaning to the workpiece, and avoids heavy and dirty physical labor.

(5) Good cleaning effect. The cleaning methods for industrial cleaning generally include manual cleaning, organic solvent cleaning, vapor phase cleaning, high-pressure water jet cleaning, and ultrasonic cleaning. Ultrasonic cleaning is currently a highly efficient cleaning method. Its cleaning efficiency can reach a level of over 98%. The cleaning efficiency of traditional manual cleaning and organic solvent cleaning is only 60%~70%, and even gas phase cleaning and high-pressure water jet cleaning have a cleaning efficiency of less than 90%. No matter how complex the shape of the workpiece is, as long as it can come into contact with liquid, ultrasonic cleaning effect can be achieved. Especially for workpieces with complex shapes and structures that cannot be cleaned by manual cleaning methods, it has a significant cleaning effect. The bubbles generated by the liquid during the cleaning process are very uniform, and the cleaning effect of the workpiece is also very ideal. Ultrasonic cleaning can achieve different effects depending on the solvent used. Ultrasonic cleaning effect, such as rust removal effect. Using cleaning agents to accelerate the separation and dissolution of pollutants can prevent corrosion of the workpiece by the cleaning solution.

(6) Low cleaning cost. Among all cleaning methods, the cleaning cost is generally equipment cost and consumption cost. The service life of ultrasonic cleaning equipment is about ten years. Replace manual cleaning and washing.

(7) To avoid labor injuries, in the past, complex mechanical components needed to be manually cleaned for a long time through heavy physical labor in dirty environments. The use of ultrasonic cleaning machines not only improved the working environment, solved the damage of manual cleaning to workpieces, reduced labor intensity, and greatly improved cleaning accuracy, but also shortened cleaning time by a quarter of the original. Ultrasonic cleaning can also reduce pollution and minimize the damage of toxic solvents to humans.

(8) Clean without damage. Ultrasonic cleaning belongs to non-contact cleaning, which does not require secondary treatment of the workpiece after cleaning and will not damage the surface of the workpiece. Ultrasonic cleaning is particularly suitable for complex, high-precision, and high surface quality requirements of objects.

Compared with other cleaning methods, ultrasonic cleaning has significant advantages. With the development of society and the progress of scientific research, human society has increasingly high requirements for industrial production, energy conservation, green health, and sustainable development, which has become a new production concept. Ultrasonic cleaning method stands out among many cleaning methods and plays an increasingly important role. It has an irreplaceable position in the cleaning industry. Ultrasonic cleaning has the advantages of good cleaning effect, low cost, and high efficiency, and is widely used in various industries.