Knowledge | 2022-12-14
Operation Characteristics of ultrasonic cleaning machine? What does it do in the lab?
Ultrasonic equipment is widely used at present, there are many types of ultrasonic cleaning machine
s, in the process of use, can be based on the actual situation, use will produce a lot of atmospheric pressure and micro-foam blowing cleaning objects, surface Formation, bombardment, and local high stress, make the surface clearance and dirt off quickly, this unique gasification can clean the band gap within the dirt, power is too large, such as the choice of equipment cleaning effect is good.
But the gasification intensity will increase, but there will also be precise partial corrosion, and ultrasonic cleaning of the bottom of the vibration plate of the machine, the impact of the vaporization water point will increase, but when using water or water-soluble cleaning agents, it is easy to be affected by water pollution, if scratches on the surface of the vibrating plate, produce the effect of gasification under high power, so choose according to the actual use of ultrasonic power, ultrasonic cleaning process and cleaning fluid.
Due to the ultrasonic cleaning machine, which is used for converting ultrasonic waves into mechanical vibration to produce high-pressure air foam, the foam cleaning agent particles are used for circuit boards and cleaning solvents to achieve the desired cleaning effect, suitable for semiconductor resistor-capacitor, crystal, connector, electronic circuit board, Silicon Transistor computer motherboard piezoelectric ceramic substrate, and other products, and other electronic equipment production and processing.
Used in the medical field, must be under high temperature and high-pressure sterilization after cleaning, ultrasonic cleaning machine formed the gasification effect of the mobile phone in addition to pipes and drum clamps of dirt, in the process of high temperature and high-pressure sterilization, it can also be cleaned with an ultrasonic cleaner. The lens is covered with dirt and grease, and dust can accumulate in every corner of the lens, including the gap between the frame and the lens, the use of an ultrasonic cleaning machine only 1-2 minutes to complete, can thoroughly clean the dirt.
What is the function of the ultrasonic cleaning machine in each big laboratory?
On the one hand, the ultrasonic wave can destroy the adsorption between the dirt and the surface of clean parts, on the other hand, it can cause fatigue damage to the dirt layer and peel off. The vibration of gas-type bubbles can scrub the solid surface, and once the dirt layer has a crack, it can be drilled, air bubbles immediately drill in and vibrate off the dirty layer. Thus, it can be seen that all the places where the liquid can soak in and the sound field exists have a cleaning effect. In particular, the use of this technology can reduce the number of chemical solvents, thereby greatly reducing the environmental pollution.
Widely used, cost-effective: dear friends, do you think the ultrasonic cleaning machine only plays a powerful role in the laboratory? No, there are a lot of things that an ultrasonic cleaner can clean in our lives and production:
Ultrasonic cleaning machine is mainly used to remove dust, oxide layer, polishing paste, sludge, and so on.
Instrumentation industry: precision parts of the high-cleanliness of the pre-assembly cleaning
Surface treatment industry: ultrasonic cleaning machine is mainly used for removing coke before electroplating, removing oxide, removing the polishing paste, removing oil and rust, cleaning before ion plating, phosphating treatment, and metal workpiece surface activation treatment.
Machinery industry: anti-rust grease removal; measuring tools cleaning; mechanical parts de-oiling de-rusting; engine, carburetor, and auto parts cleaning; filters, cleaning mesh dredging, and so on. Especially in the railway industry, the ultrasonic cleaning machine is very suitable for removing oil and dirt from the air-conditioning of the train carriage and for the rust-proof, rust-removing, and oil-removing of the components of the locomotive.
Electronics Industry: Printed circuit board except for rosin, spot welding, high-voltage contacts, and other mechanical and electronic parts such as cleaning.
Petrochemical industry: cleaning and dredging of metal filters, cleaning of exchangers, chemical containers, etc..
Chemical and biological industries: Cleaning and descaling of laboratory utensils.