How to choose the appropriate power for large ultrasonic cleaning machines?

How to choose the appropriate power for large ultrasonic cleaning machines?
Today, I will introduce you in detail how to choose the power of a large ultrasonic cleaning machine.
Currently, there are only two methods for cleaning carbides- One is to use acidic liquid for cleaning, and the other is to use a large ultrasonic cleaning machine for cleaning. Acid liquid cleaning has many drawbacks, which are different from large ultrasonic cleaning machines. Conventional cleaning mainly involves direct immersion in acidic liquids. During this process, the knife will have some corrosion. The major defect is that it can only clean the oil on the surface of the knife, which is not very useful for fine hole stains after wire cutting. The large ultrasonic cleaning machine method thoroughly solves the residual problems after wire cutting, but it is necessary to cooperate with special cleaning agents to achieve better results.
The use of large ultrasonic cleaning machines not only improves consumption efficiency, but also ensures the quality of cleaning objects. However, for customers who have never used a large ultrasonic cleaning machine, this is a problem. After considering the capacity, frequency, and power, how can they purchase a superior large ultrasonic cleaning machine at a reasonable price.
Large ultrasonic cleaning machines consume less power and take a long time to remove dirt. When the rights and interests reach a certain value, the dirt is immediately removed. The power of a large ultrasonic cleaning machine should theoretically be proportional to the cleaning effect, but the greater the force, the better the cleaning effect, while the greater the force, the worse the cleaning effect. On the contrary, it is necessary to accurately and reasonably select the ultrasonic output. The higher the power, the more obvious the cavitation effect, the more waste bubbles generated, the greater the diffraction attenuation, and the more acoustic barriers formed.
At the same time, the greater the intensity of the sound, the greater the non-linear attenuation, which can affect the cleaning effect of components that are cleared from the sound source. The cavitation corrosion of the membrane is improved, and the service life of the equipment is shortened. Considering the cleaning effect of large ultrasonic cleaning machines, the output only needs one side, and the temperature of the cleaning solution, cleaning time, cleaning solvent, and the size of the cleaning tank are directly related to the cleaning effect. The ability of large ultrasonic cleaning machines is adjusted based on the size of the washing tank, but there are standards in the relevant industry. When purchasing equipment, you only need to know the larger size of the workpiece to be cleaned and the number of times to clean it at one time.
Secondly, it is assumed that excessive force and cleaning force will increase the damage to the working surface, so when the surface is weak, it is necessary to consider applying force. The higher the power, the higher the price. Therefore, it is necessary to consider high equity from an economic and ideal perspective, rather than blindly pursuing high power.