Ultrasonic Cleaning Vibrator

Ultrasonic cleaning is precisely achieved by using high-power ultrasonic cleaning to generate ultrasonic vibration from the transducer of the oscillator. The cavitation effect in water generates instantaneous high-pressure bubbles, which impact the cleaned object and achieve good cleaning results. The core configuration of an ultrasonic cleaning machine is a high-power ultrasonic cleaning vibrator transducer, which is also known as an ultrasonic transducer. High quality high-power ultrasonic cleaning transducers can greatly improve the stability of the ultrasonic cleaning machine and reduce power consumption

The external performance of high-power ultrasonic transducers is that the cavitation effect of ultrasonic cleaning machines is a characteristic that high-quality ultrasonic cleaning machines should possess. The cavitation effect of high-power ultrasonic vibrator transducers determines the effectiveness of ultrasonic cleaning machines in cleaning objects. In short, high-power ultrasonic cleaner transducers mean that if the cavitation effect of ultrasonic cleaning machines is good, their cleaning effect is good, Its cavitation effect is poor, resulting in poor cleaning effect.

Specification of Ultrasonic Cleaning Vibrator

FAQ：

How to measure the quality of ultrasonic cleaning machine transducers?

Firstly, we need to know the performance of high-quality and reliable ultrasonic transducers:

1. Good cleaning effect: The cavitation effect of ultrasonic cleaning machines is a characteristic of high-quality vibration heads. The quality of cavitation effect determines the effectiveness of ultrasonic cleaning machines in cleaning objects. In short, if the cavitation effect of ultrasonic cleaning machines is good, their cleaning effect is good, but if the cavitation effect is poor, their cleaning effect is poor.

2. Low heat generation: Low heat generation is one of the characteristics that high-quality vibration heads of ultrasonic cleaning machines should have. The vibration head converts current into ultrasonic waves. If the vibration head generates low heat during operation, it indicates that it has less heat, which means it consumes less electricity when converting current into ultrasonic energy. This will greatly increase the current conversion rate, save energy, and reduce costs.

3. Super strong vibration: The performance of having super strong vibration is a characteristic that high-quality vibration heads of ultrasonic cleaning machines should have. The better the energy conversion of the ultrasonic vibration head's transducer, the more severe the vibration. In other words, the more powerful the vibration, the better the energy conversion rate. They are mutually unified, and if one side exists, it will naturally show the presence of the other side. Stable performance: Performance is an important feature that high-quality vibration heads of ultrasonic cleaning machines should possess. Stable performance is mainly manifested in stable output, that is, after energy conversion, the energy output is applied to the next step of machine operation, with good quality assurance during the output process, ensuring that the next step of machine operation is not affected or improving the next step of machine operation.

Testing methods for the quality of Ultrasonic Cleaning Vibrator:

1. Parameter detection: Check whether the parameters of the ultrasonic transducer match the parameters of the electrical box to determine whether the desired effect can be achieved.

2. Distinguishing from the production process and appearance: This is because on the one hand, design and production process directly affect product quality, and on the other hand, it is also a direct reflection of the manufacturer's emphasis on product quality. Although not always the case, generally speaking, products with good craftsmanship and appearance will naturally have better quality.

3. Identification from process design and materials used: However, this requires a deep understanding and rich experience in ultrasonic transducer materials. The rationality of process design should be determined based on the selected materials, and the quality of the selected materials directly affects the quality of the product. The origin of materials of the same specification is different, and the quality also varies greatly. Using poor quality materials, even with the best technology, we cannot produce high-quality products.

4. Machine test:

(1) Stability test (simulated aging test): Test the power output stability of the electrical box and transducer with the rated load of the equipment.

(2) Overload operation testing: testing the stability and lifespan of product quality. This test only requires continuous uninterrupted operation with rated load for 8 hours.

(3) Power output test: It can detect the matching between the transducer and the electrical box, and also reflect the load power of the electrical box and transducer

For more details of ultrasonic cleaning vibrator, please feel free to contact us!