DC mini vacumm pump for breast pump

Hey guys,do you know there is a Mini Vacuum Pump can be applied to breast pump,negative pressure wound therapy device,beauty instrumnet,vacuum sealer etc? Yes,DYX DQB320-FB indeed is what you looked for,this Mini Electric Vacuum Pump is dc3.7v,flow rate from 0.6-12.lpm,and the lifespan is more than 500 hours with small than 60db Noise level,the dimension is 27*47.5mm with compact size,due to above advantages so DYX DQB320-FB can be suitable for above mentioned applications.

Technical Specification 

Does a higher vacuum degree of a Micro Electric Vacuum Pump mean it can absorb more milk?

The higher vacuum degree of the Small Electric Vacuum Pump theoretically means that it can generate a larger pressure difference at the suction port, making it easier to

Suck in milk. However, whether more milk can be absorbed also depends on other factors, such as pump flow rate, pump power, and pipeline pressure design,etc.

Firstly, flow refers to the amount of liquid that a pump can process per unit of time. If the flow rate of the pump is low, even if the vacuum degree is high, it can still can you absorb a large amount of milk in a short period of time. Secondly, the power of the pump also affects its ability to absorb milk. Pump with lower power

It may not generate enough suction to absorb a large amount of milk. Finally, the design of the pipeline will also affect the suction capacity of the pump. If the tube

Dimension Drawing

What elements of a Small Diaphragm Vacuum Pump will affect the amount of breast milk absorbed?

The amount of breast milk absorbed by a Small Vacuum Electric Pump is influenced by multiple factors, and the following are some of the main factors:

1. Vacuum degree: The higher the vacuum degree, the greater the suction force generated by the pump, which can more effectively suck breast milk. However, excessive vacuum may lead to the destruction of nutrients in breast milk, so it is necessary to find an appropriate balance point.

2. Flow rate: Flow rate refers to the amount of liquid that a pump can process per unit of time. The larger the flow rate of the pump, the more breast milk it can absorb in the same amount of time.

3. Pump power: The power determines the working capacity and efficiency of the pump. A DC Pump with higher power is usually able to generate greater suction, thereby more effectively sucking breast milk.

4. Pipeline design: The design of pipelines is crucial for the fluidity of liquids and the suction efficiency of pumps. If the pipeline design is unreasonable, it may lead to an increase in fluid resistance, thereby reducing the pump's suction efficiency.

5. Sealing performance: Good sealing performance can maintain stable vacuum inside the pump, ensuring that the pump can effectively suck breast milk. Poor sealing performance may lead to air leakage and reduce the efficiency of the pump.

6. Operation skills: The operation skills when using the pump can also affect the amount of breast milk absorbed. For example, the correct placement angle and appropriate pressure can affect the performance of the pump.

DYX Mini Pumps and Valves Application

How can a DC Electric Vacuum Pump improve the efficiency of milk suction?

To improve the efficiency of micro diaphragm vacuum pumps in extracting milk, the following aspects can be considered:

1. Choose the appropriate pump type: Ensure that the selected poratble vacuum pump is suitable for the specific application of milk suction. Different pump types may have different performance, so choosing the pump type suitable for milk absorption is crucial.

2. Optimize pump parameters: Adjust the pump's speed, flow rate, and other parameters according to actual needs to achieve optimal working conditions. Reasonable parameter settings can ensure that the pump has sufficient suction and flow when sucking milk.

3. Design a reasonable pipeline system: Ensure that the pipeline design is reasonable, reduce fluid resistance, and allow milk to flow smoothly into the pump. At the same time, it is necessary to regularly inspect the pipelines for blockages or leaks, and promptly clean and repair them.

4. Improve sealing performance: Ensure that the part of the pump in contact with milk has good sealing performance to prevent air leakage and milk leakage. Good sealing performance can maintain stable vacuum inside the pump, thereby improving suction efficiency.

5. Temperature control: Milk is prone to spoilage at high temperatures, so it is important to ensure that the pump operates at a suitable temperature to avoid adverse effects of high temperatures on the milk. Temperature control can be achieved by installing heat dissipation devices around the pump or using coolant.