The ultrasonic cleaner adopts ";" "Ultrasonic cleaning process technology" It refers to the use of the cavitation effect of ultrasonic waves to impact and peel off dirt on the surface of objects, in order to achieve the purpose of cleaning. It features high cleaning cleanliness and fast cleaning speed. Especially for blind holes and various geometric objects, it has a unique cleaning effect that other cleaning methods cannot achieve.
  Ultrasonic cleaning machine effect and related parameters:
 "   Cleaning medium:
      When using ultrasonic cleaning machines, there are generally two types of cleaning agents: chemical cleaning agents and water-based cleaning agents. The cleaning medium is a chemical action, while ultrasonic cleaning is a physical action. The combination of the two actions is to thoroughly and completely clean the object.
    2. Power density:       The higher the power density of ultrasonic waves, the stronger the cavitation effect, the faster the speed, and the better the cleaning effect. For precise objects with extremely high surface finish, prolonged high-power-density cleaning can cause "... "effects on the object's surface. "Cavitation" Corrosion.
    3. Ultrasonic frequency:     The lower the ultrasonic frequency is, the easier it is to generate cavitation in the liquid and the stronger the effect will be. The higher the frequency, the stronger the directionality of ultrasonic waves, which is suitable for cleaning delicate objects.
    4. Cleaning temperature
  Generally speaking, ultrasonic cleaner has the best space-time effect at 30℃ - 40℃. The higher the temperature of the cleaning agent, the more significant its effect. In practical applications of ultrasonic cleaning, a working temperature of 30 ° C to 60 ° C is usually adopted.