It is gentle but very invasive and therefore good on intricate parts such as watches, valves, medical instruments and implants, circuit boards etc. That is the basis of our ultrasonic cleaning and why ultrasonics is such a strong cleaning force. Ultrasonic cleaning using aqueous fluids is often used for final cleaning of precision components. This myth was probably started by a consumer who was. Ultrasonic cleaning is incredibly efficient at removing contaminants when the optimal chemistry, cleaning cycle time, and temperature are used. Ultrasonic cleaning doesn’t work Again, this is false.
This cavitation effect is used to loosen the contaminants on the surface of your article being cleaned and also into all the little cracks and crevices. Ultrasonic cleaning is in fact a very effective method of cleaning PCBs. With an ultrasonic cleaner we create bubbles in the liquid ,millions of them and when they implode. T he fluid surrounding the bubbles also collapses with huge force creating shock waves upwards of 20,000 PSI or 140 MPa. This gives an even clean as the transducers are aranged to give better tank coverage. These bubbles grow in size to a point that they implode.The transducers are fitted to the bottom of the cleaning tanks, as the tank size goes up so does the number of transducers. Transducers like the one shown here generate bubbles in the solution. Can you imagine sound waves being passed through your cleaning solution? Not quite playing music, but at a specific frequency. Ultrasonics by itself is just sound frequencies higher than what you can hear. What is an Ultrasonic cleaner ? A lot of people do not understand how Ultrasonic cleaning works.
0 kommentar(er)
