With the rapid development of technology, micro diaphragm air pumps and beauty oxygen injection devices, as two cutting-edge technologies, are gradually demonstrating their infinite potential in future development. The continuous innovation and breakthroughs in technology have injected new vitality into these two major fields, enabling them to take new steps in performance, intelligence, and integration.
The Small Diaphragm Air Pump, as an efficient and energy-saving pneumatic component, has never stopped its technological progress. Driven by materials science, precision manufacturing and other technologies, the performance of micro diaphragm air pumps has been significantly improved. Its work efficiency is higher, and it can complete gas compression and transportation in a shorter time; More noise
Low, providing users with a more peaceful usage environment; Longer service life reduces maintenance costs and replacement frequency for users. These performance improvements have made the application of micro diaphragm air pumps more widespread in various fields, providing strong support for the progress and development of the industry.
The working principle of a Mini Air Pump in a beauty oxygen injection device
The micro diaphragm air pump is the core component of the beauty oxygen injection device, which mainly consists of components such as the motor, diaphragm, pump body, inlet and outlet valves, etc. This type of air pump has a compact structure, complete functions, and can provide stable and continuous airflow, laying the foundation for the normal operation of beauty oxygen injection devices.
The micro diaphragm is a key component of an air pump, which moves back and forth through the drive of an electric motor. During movement, one side of the diaphragm will move towards the inside of the pump chamber, causing an increase in the volume of the pump chamber and forming negative pressure, thereby inhaling gas; When the other side moves, the volume of the pump chamber decreases, and the gas is compressed and discharged through the outlet.
When the diaphragm moves towards one side of the pump chamber, the gas inside the pump chamber is compressed and the pressure increases. At this point, the outlet valve opens and the gas is transported to the nozzle section of the oxygen injection instrument. By continuously compressing and conveying, gas can be stably supplied to the skin.
In the nozzle section of the oxygen injection device, the oxygen provided by the Dc Air Pump mixes with other substances on the surface of the skin, and is then injected into the deep layers of the skin in the form of fine oxygen molecules. This injection method can rapidly penetrate oxygen into skin cells, providing them with sufficient oxygen and nutrients.
Technical Specification
| Mode | DQB421-C | Voltage | dc7.4v |
| Current | 880mA | Flow | 5.5LPM |
| Pressure | 900mmHg | Leakage | 6mm |
| Media | Air | Lifespan | 95000 cycles |
What is the specific application method of micro diaphragm air pump in beauty oxygen injection equipment?
The specific application method of the Electric Air Pump in the beauty oxygen injection device is to act as a power source to transport oxygen from the air source to the nozzle part of the oxygen injection device. Specifically, the micro diaphragm air pump compresses and stretches the air inside the pump chamber through its internal diaphragm reciprocating motion, forming a pressure difference, which sucks oxygen into the pump chamber and delivers it to the nozzle of the oxygen injection instrument through pipelines. In the nozzle section of the oxygen injection instrument, the oxygen provided by the portable electric air pump is sprayed into the skin in the form of fine oxygen molecules through a special nozzle design. These oxygen molecules can quickly penetrate deep into the skin, providing sufficient oxygen and nutrients for skin cells, promoting cell metabolism and regeneration, thereby achieving cosmetic effects. The application of micro diaphragm air pump in beauty oxygen injection equipment not only provides a new type for the beauty industry. Efficient beauty equipment also provides a small, lightweight, and reliable power source for other fields.
Dimension Drawing
How can a micro diaphragm air pump ensure that the gas injected into the skin is pure oxygen?
The mini electric air pump ensures that the gas injected into the skin in the beauty oxygen injection device is pure oxygen, mainly through the following measures:
1. Air source purity: Firstly, ensure that the oxygen source provided to the micro diaphragm air pump itself is pure. This usually means using liquid oxygen or high-purity oxygen tanks as gas sources. These gas sources undergo strict purification treatment during the production process to ensure that they do not contain harmful impurities.
2. Filtration system: A gas filtration system is usually installed between the micro diaphragm air pump and the oxygen injection instrument. These filters can effectively capture and remove dust, microorganisms, and other possible impurities in the gas. In this way, only pure oxygen can pass through the filter and reach the nozzle of the oxygen injection instrument.
3. Cleaning inside the pump: In the design and production process of micro diaphragm air pumps, it is necessary to ensure the cleanliness inside the pump. This includes using a clean production environment, avoiding contamination of pump internal parts, and conducting thorough cleaning and inspection before assembly.
4. Sealing: The various components of the Small DC Air Pump need to have good sealing between each other to prevent external pollutants from entering the pump or oxygen leakage. Through strict quality control, ensure that the pump body and all connections are airtight, so that the gas will not be affected by external impurities during transmission.
DYX Mini Pumps And Solenoid Valves Application
What is the difference between air operated and Electric Diaphragm Pump?
1. Power Source:
- Air Operated Mini Diaphragm Pump: These pumps are powered by compressed air. They typically have an air inlet and outlet, which are connected to an air compressor. The compressed air creates the necessary pressure to move the diaphragm and pump the fluid.
- Electric Diaphragm Pump: Mini air pump is powered by electricity. They are connected to an electrical power source, such as an outlet or a battery. The electric motor drives the diaphragm and generates the pumping action.
2. Operation:
- Air Operated Diaphragm Pump: These pumps use compressed air to move the diaphragm back and forth, creating suction and discharge strokes. The air pressure alternately fills and empties the chambers on either side of the diaphragm, causing the fluid to be drawn in and pumped out.
- Electric Diaphragm Pump: These pumps use an electric motor to drive the diaphragm. The motor rotates an eccentric cam or other mechanism, which pushes and pulls the diaphragm to create the pumping action.
3. Control and Adjustability:
- Air Operated Diaphragm Pump: These pumps offer more precise control and adjustability. The air pressure can be adjusted to regulate the flow rate and pressure of the pumped fluid.
- Electric Diaphragm Pump: This electric air pump also provides control and adjustability, but it is typically done through the motor speed control. By adjusting the motor speed, the flow rate and pressure can be modified.
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