The traditional cleaning method used by people in the past has gradually changed to using ultrasonic cleaning machine for cleaning. There are so many cleaning methods, why choose ultrasonic cleaning machine? Of course, this kind of equipment has many advantages and good effects.
Advantages of ultrasonic cleaning machine
The traditional cleaning of industrial machines uses soaking, steam and other methods, which consumes a lot of time and is uneven. The well-known ultrasonic cleaning machine is a process that uses sound wave to propagate in the medium and make the surface of the medium fall off. Generally, it only needs two or three times. The cleaning can be completed within three minutes. The coverage of the acoustic method is that the entire medium will not leave dead corners and dead corners, making the cleaning equipment cleaner.
The traditional cleaning is to immerse in the solvent pool and manually clean the surface of the articles. Such a cleaning method is difficult to ensure the thoroughness and safety of cleaning. The non-contact cleaning adopted by the ultrasonic cleaning machine can make the whole product vibrate in the solvent and ensure that each corner is clean and tidy, which not only saves a lot of human and material resources, but also ensures the thorough cleaning.
The savings mentioned here include cleaning solvent, heat energy, site, labor, etc. Traditional cleaning takes a long time and requires a large number of sites to place solution tanks, resulting in a waste of solution and sites. The ultrasonic cleaning machine can recover organic solution. Because the cleaning speed of the cleaning machine is fast, there is no need for many solution pools to coexist. Based on the above three aspects, ultrasonic cleaning machine plays a great role in energy saving and emission reduction.
The effect of ultrasonic cleaning machine is very good
1. No matter how complex the shape of the workpiece is, the ultrasonic cleaning effect can be achieved as long as it is put into the cleaning solution and in contact with the liquid.
2. The bubbles generated in the liquid during cleaning are very uniform, and the cleaning effect of the workpiece will also be very uniform.
3. With the use of cleaning agent, it can accelerate the separation and dissolution of pollutants and effectively prevent the corrosion of the cleaning solution to the workpiece.
4. No manual cleaning is required, which eliminates the damage to the workpiece caused by manual cleaning and avoids heavy and dirty physical labor.
In almost every industry we know, there are places where ultrasonic cleaning machines can be used, such as surface coating treatment industry, machinery industry, electronics industry, medical industry, semiconductor industry, watch and jewelry industry, optical industry, textile printing and dyeing industry, science, education and culture, petrochemical industry, industry, commerce, civil use, etc.
As a leader in machine cleaning, automatic ultrasonic cleaning machine is deeply loved by everyone. The cleaning process will not damage the product surface and can maintain the product characteristics. Small stains may also affect the use of the entire equipment. The ultrasonic treatment of ultrasonic cleaning machine can achieve high precision. No tiny dirt particles will be left when washing.
Of course, according to different cleaning items and requirements, you need to choose and customize the appropriate ultrasonic cleaning machine. The above is the content to be explained today. I believe that after reading the description of this article, you can have a certain understanding of the product. I hope the above content can help you. In addition, if you want to know more about our website, you can pay more attention to our website.
The above is the content to be explained today. I believe that after reading the description of this article, you can have a certain understanding of the product. I hope the above content can help you. In addition, if you want to learn more about our website, you can pay more attention to our website at www.jnthcsb com。