Micro-peristaltic pump is a kind of small and powerful liquid conveying equipment, which is widely used in many fields such as medical treatment, biotechnology, environmental protection and chemical industry.
Micro-peristaltic pump is a kind of small and powerful liquid conveying equipment, which is widely used in many fields such as medical treatment, biotechnology, environmental protection and chemical industry. Micro-peristaltic pump with its unique working principle and excellent performance by the industry inside and outside the attention and favor. This paper will comprehensively introduce the principle, characteristics, application and selection points of micro-peristaltic pump to help readers better understand and apply the equipment.
First, the working principle of micro-peristaltic pump
The micro-peristaltic pump is based on the working principle of the peristaltic pump, that is, through the contraction and peristaltic movement of the elastic tube to achieve liquid transport. Its core components are pipes and driving devices. When the drive starts to operate, the elastic tube inside the pipe is squeezed and relaxed, which pushes the liquid inside the pipe out. The micro peristaltic pump ensures the accuracy and stability of the liquid transport with its unique working mode.
Second, the characteristics of micro-peristaltic pump
1.Compact and compact: the micro-peristaltic pump is small in size, light in weight, easy to carry and install.
2. High performance: The micro-peristaltic pump has high precision and accuracy, which can achieve precise flow control.
3. Strong corrosion resistance: The micro-peristaltic pump is made of high-quality corrosion-resistant materials, with good corrosion resistance and wide adaptability.
4. No leakage: The micro-peristaltic pump adopts no leakage design to avoid pollution to the environment and harm to the operator.
5. Low noise: The micro-peristaltic pump adopts quiet technology, low noise, and will not produce noise pollution during operation.
Third, the application field of micro-peristaltic pump
1. Medical field: micro-peristaltic pumps are widely used in medical devices, such as drug infusion, hemodialysis, blood separation and so on.
2. Biotechnology field: micro-peristaltic pump can be used for bioreactor feed, biopharmaceutical and so on.
3. Environmental protection field: micro-peristaltic pump can be used for liquid transportation of environmental protection equipment such as wastewater treatment and gas monitoring.
4. Chemical field: micro peristaltic pump can be used for liquid feeding, mixing, transportation and other work in the chemical production process.
5. Laboratory research: Micro-peristaltic pump can play an important role in the laboratory, whether it is particle sorting, liquid adding analysis or reagent configuration.
Four, choose the main points of micro-peristaltic pump
1. Flow demand: Determine the required flow range according to the actual working demand, and select the corresponding micro-peristaltic pump.
2. Pressure requirements: Consider the liquid conveying pressure in the working process and choose the suitable micro-peristaltic pump.
3. Corrosion resistance: According to the nature of the liquid transported, choose a micro-peristaltic pump material with good corrosion resistance.
4. Stability requirements: Consider the stability requirements in the working process, choose a micro-peristaltic pump with high accuracy.
5. Noise control: According to the requirements of the working environment, choose a micro-peristaltic pump with low noise.
In summary, the micro-peristaltic pump with its compact and portable, high performance, corrosion resistance, no leakage and low noise characteristics, widely used in medical, biotechnology, environmental protection, chemical and other fields. When choosing a micro-peristaltic pump, factors such as flow rate, pressure, corrosion resistance, stability and noise should be considered. I believe that through the introduction of this article, readers have a more comprehensive understanding of the micro-peristaltic pump, and can make more accurate choices in practical applications.
