Common faults and solutions of ultrasonic cleaner

1. Ultrasonic cleaning machine - what is the best cleaning temperature?
Heating can usually improve the cleaning speed. At the same time, most of the chemical components in the cleaning solution will achieve the best cleaning effect at a certain temperature. The best way to find the best temperature is experiment. Generally, the optimal cleaning temperature is between 50 ℃ and 60 ℃.
2. Ultrasonic cleaning machine - how can I know whether cavitation is normal?
Most failed cleaning is usually due to improper control of changes in the process, such as selecting the wrong cleaning solution, insufficient heating or insufficient cleaning time. If you suspect that your ultrasonic cleaner does not produce cavitation normally, there are two simple tests to detect: "carrier chip" test and "particle" test.
3. Ultrasonic cleaning machine - what is the heating device used for?
The huge energy generated by cavitation will generate heat. The main purpose of the heating device is to maintain the temperature in the cleaning solution during the cleaning process.
4. Ultrasonic cleaning machine - what is the length of cleaning time?
The change of cleaning time depends on such factors as dirt, cleaning fluid, temperature and cleanliness requirements. When ultrasonic cleaning is started, obvious dirt can be seen to be removed almost at the same time. Adjusting the cleaning time is the simplest (and often misused) method to compensate for changes in the process. Although experienced operators can guarantee the time required for a new cleaning process as much as possible, they usually need to verify it by selecting cleaning solution and polluting the workpiece in practical applications.
5. Ultrasonic cleaning machine - why must I keep the cleaning fluid within the height allowed by the level indicator?
The ultrasonic cleaning system is a "tuning" system. Improper liquid level will change the cleaning environment, thus affecting the system frequency, reducing the cleaning efficiency and damaging the equipment. Maintaining an appropriate liquid level can keep the workpiece in the optimal liquid flow and protect the heater and vibration box from being damaged due to overheating.