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Performance verification method of microwave ultrasonic extractor
Date: 2025-12-03Read: 2
Microwave ultrasonic extractorEquipped with a 3.7-inch high-definition LCD display screen, sensor based touch control operation, and piano lacquer coating technology on the entire machine shell, it is beautiful and elegant; Adopting the core components of German IBDI, the ultrasonic volume of the whole machine is about 26 decibels lower than that of ordinary ultrasound. The ultrasonic power conversion efficiency is high, the power does not decay, the ultrasound is strong, and the ultrasonic response effect is good.
The overall structure is beautiful and elegant, and the product features are easy to operate.
MCH heating technology and imported compressor refrigeration technology have high liquid cold to hot conversion efficiency, stable temperature, and can work for a long time. The cooling system and components work more stably.
Performance verification method for microwave ultrasonic extractor:
Functional testing:
Check whether the device's startup, shutdown, parameter settings, and control functions are normal, and ensure that the microwave/ultrasonic individual and collaborative modes can be switched.
Verify temperature control accuracy and pressure stability to avoid parameter deviations affecting extraction efficiency.
Power and output testing:
Use a power meter to check whether the microwave and ultrasonic outputs are stable, and compare the set values with the actual values.
Test the output consistency of different power levels to ensure the reliability of repeated experimental results.
Energy distribution and focus testing:
By using infrared temperature measurement or thermal paper to detect the uniformity of energy distribution inside the cavity, it is possible to avoid local overheating that may cause sample decomposition.
Conduct cavitation effect testing on the ultrasound focusing area (such as aluminum foil perforation experiment) to verify energy concentration.
Security system testing:
Simulate abnormal situations (such as overpressure and overtemperature) to verify whether emergency shutdown and overload protection functions have been triggered.
Check the pressure resistance of the sealed container to prevent the risk of leakage.

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