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Ultrasonic Cleaning Machines


Theory

Ultrasonic cleaning machine works mainly through the transducer, which converts the electrical energy to high frequency mechanical energy vibrating, to produce alternating high and low pressure waves within the cleaning liquid. Due to the ultrasonic radiation, so that the liquid in the tank under the action of micro-bubbles can be kept to a sound wave vibrations.

When the sound pressure or sound intensity under pressure reaches a certain level, the bubble will quickly inflate and then suddenly collapse. During this process, the closing moments of the bubble generated shock waves to make bubbles generated big pressure, this enormous pressure generated by the ultrasonic cavitation can destroy insoluble contaminants in the solution and allow them to differentiate, steam-type cavitation repeated impact directly on the dirt.
Cavitation Bubble
There are many factors affecting the cleaning effect including cleaning temperature, ultrasonic frequency, ultrasonic power, cleaning time, cleaning agent, etc. The suitable temperature can improve the cavitation in liquid. It is also important to choose a best cleaning agent designed to work with ultrasonic cleaning machine for the best result. Each ultrasonic operational frequency has its own unique characteristics, these characteristics can be used to determine which frequency is suitable for cleaning objects.

So as to meet the needs of customers, we offer many types of cleaning machines as follows:

» Benchtop Ultrasonic Cleaners    
» Industrial Ultrasonic Cleaning Equipment
» Ultrasonic Immersible Transducers
» Ultrasonic Rod Transducers
» High Power Ultrasonic Cleaning Machines




• Applications





1) Ultrasonic cleaning for electronic industry



Ultrasonic cleaning for PCB   Ultrasonic cleaning for PCB

- Printed circuit boards (PCB);
- Electric parts;
- Magnetic materials;
- Semiconductor elements;
- Capacitors;
- Ceramic substrates;


2) Ultrasonic cleaning for machinery manufacturing



Ultrasonic cleaning for bearing   Ultrasonic cleaning for bearing

- Hydraulic, pneumatic components;
- Mechanical parts;
- Bearing parts;
- Plating parts;
- Gears;
- Assemblies;


3) Ultrasonic cleaning for automotive industry



Ultrasonic cleaning for fuel injector   Ultrasonic cleaning for fuel injector

- Motor vehicles parts;
- Spark plugs;
- Carburetors;
- Fuel injectors;
- Fuel pumps;
- Accumulator electrode;
- Engines;


4) Ultrasonic cleaning for hardware tools



Ultrasonic cleaning for mold   Ultrasonic cleaning for mold

- Moulds;
- Cutting tools;
- Measuring tools;
- Carbide tools;
- Abrasives;
- Screen mesh;


5) Ultrasonic cleaning for petrochemical Industry



Ultrasonic cleaning for heat exchanger   Ultrasonic cleaning for heat exchanger

- Heat exchangers;
- Containers of chemical reagent;
- Chemical fiber spinnerets;
- Chemical containers;
- Metal filters;


6) Ultrasonic cleaning for jewelry industry



Ultrasonic cleaning for ring   Ultrasonic cleaning for ring

- Metal ornaments;
- Gold and silver ornaments;
- Jewelry;
- Jades;
- Chains;
- Coins;
- Watches;


7) Ultrasonic cleaning for optic



Ultrasonic cleaning for glass   Ultrasonic cleaning for glass

- Optical glass;
- Cylindrical lens;
- Prism;
- Aspherical mirror;
- Optical filter;
- Contact lenses;
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