Ultrasonic Mixing Equipment

Principle of ultrasonic mixing equipment:

Ultrasonic dispersing mixing equipment uses ultrasonic cavitation to disperse agglomeration particles. It is required to treat the particle suspension (liquid) into a super strong sound field, with the appropriate ultrasonic amplitude to be processed. Under cavitation effect, high temperature, high pressure, micro jet, strong vibration and other additional effects, the distance between molecules will continue to increase, eventually leading to molecular fragmentation, the formation of monolecular structure. The product is especially effective for dispersing nanomaterials such as carbon nanotubes, graphene, silica, etc.

Multi - purpose introduction of ultrasonic mixing device:

1, Ultrasonic extraction equipment can be used for biological and plant cell crushing;

2, Ultrasonic extractor equipment can be used for biological and plant effective components extraction;

3, Ultrasonic mixing equipment can be used for the low temperature extraction of effective components of Chinese herbal medicine;

4, Ultrasonic extraction device can be used for BCR element form extraction;

5, Low energy state can activate bacteria;

6, High energy state can kill live bacteria;

7, Ultrasonic extraction equipment can be used for DNA extraction and DNA cutting;

8, Ultrasonic extraction equipment can be used for gene introduction;

9, Ultrasonic extraction equipment can be used for raw wine aging treatment;

10, Ultrasonic extraction equipment can be used to break the dormancy state of plant seeds, to improve the rate of budding and early maturity;

11. Ultrasonic extraction equipment can be used for solution polymerization of two different qualities;

Specification of Ultrasonic Mixing Equipment

Scope of application

Ultrasonic extraction and separation technology has been applied in many fields, and plays a unique role in various fields. In biology, it can be used to break biological and plant cells, extract effective components, activate bacteria in low energy state, and kill bacteria in high energy state; In the pharmaceutical field, it can be used for low-temperature extraction of effective ingredients of Chinese herbal medicine; In genetics, it can be used for DNA extraction, DNA splicing and gene introduction; In agriculture, it can be used to break the dormancy of plant seeds to improve the germination rate and early maturity.

FAQ：

Common control parameters and their adjustment and control methods in ultrasonic mixing machine

1. Ultrasonic power:
Ultrasonic power is an important control parameter of ultrasonic mixing equipment, which determines the intensity and energy transfer effect of ultrasonic waves. Adjusting the ultrasonic power can change the cavitation effect and shear force in the liquid, thereby affecting the mixing effect. The amount of ultrasonic power can usually be controlled by adjusting the output power of the ultrasonic generator.
2. Ultrasonic frequency:
Ultrasonic frequency refers to the vibration frequency of ultrasonic waves, which has a certain impact on the mixing effect and the cavitation effect in the liquid. Different frequencies are suitable for different mixing tasks. Lower frequencies are suitable for mixing larger volumes of samples, while higher frequencies are suitable for mixing smaller volumes. Ultrasonic generators usually have adjustable frequency control.
3. Temperature:
Temperature is another important parameter to pay attention to during ultrasonic mixing. Changes in temperature can affect factors such as the viscosity, surface tension, and chemical reaction rate of the liquid, thereby affecting the mixing effect. By controlling the heating or cooling system in the ultrasonic mixing device, the temperature can be adjusted and controlled.

4. Mixing time:
The mixing time refers to the length of time that the sample is mixed under the action of ultrasound. Different samples and mixing tasks may require different mixing times. By setting the working time of the ultrasonic mixing equipment, the length of mixing time can be controlled to meet specific mixing needs.
5. Mixed volume:
Mixing volume refers to the volume of the sample container used for mixing in ultrasonic mixier machine. The size of the mixing volume directly affects the mixing effect and the uniformity of the sample. Select the appropriate mixing volume based on actual needs and ensure the appropriate degree of sample filling in the container.