Portable Ultrasonic Cell Disruptor Features:

1. A wide range of operating frequency, with frequency auto-tracking function can flexibly adapt to the needs of different sample processing, improve the versatility of operation.

2. Powerful generator output to effectively process a wide range of samples, including traditional Chinese medicine extracts, cellular, bacterial and viral tissues.

3. Compact head design facilitates operational flexibility when processing micro or small amounts of samples. This is useful for applications where precise control of sample quantity is required.

4. Adjustable ultrasonic power allows the user to make fine adjustments according to the characteristics of the sample and the processing needs, increasing the flexibility and precision of sample processing.

5. The wide range of applications makes it suitable for a variety of scenarios, including pharmaceutical, biological and food applications.

Ultrasonic Cell Disruptor Specifications:

1. Operating frequency range: 20-25KHz, frequency automatic tracking.

2. Generator output power: 250W (max)

3. The end of the horn diameter: Φ3

4. Operating voltage: 220V ± 5%

5. Parameters sample handling capacity: 0.2-200ml (need to select the appropriate probe)

6. Ultrasonic Power: 250W, can be adjusted, hit into ways to fine-tune each of 5W

Working Principle of Ultrasonic Cell Disruptor

UCD-P200I ultrasonic cell disruptor works on the principle of cavitation based on ultrasonic waves in liquids. The transducer transmits electrical energy through the amplifier rod to generate high intensity shear forces in the liquid at the top of the tool head, creating a high frequency alternating water pressure, which causes the cavity to expand and explode to break up the cells. On the other hand, due to the ultrasonic propagation in the liquid to produce a violent perturbation effect, so that the particles produce a large acceleration, and thus collide with each other or with the wall of the mutual collision and shattering.

The above effects are also sufficient to make two (or more than two bells) incompatible liquids mixed uniformly. Because the device can achieve the general mechanical mixing or mashing can not reach the effect, so in the broken animal and plant tissues, viruses, bacteria and other cellular structures, as well as in the emulsification, separation, homogenisation and other chemical reactions, is widely used in biochemistry, medicine and pharmaceuticals, food testing, environmental protection monitoring and other fields.