14.8V DC mini water pump for electric cleaner

In the field of in-depth exploration of oral cleaning technology, the Micro Water Pump is undoubtedly a shining pearl in the dental flosser. As the power heart of the dental flosser, it demonstrates multiple advantages to safeguard oral health, while also allowing users to enjoy the comfort and convenience brought by technology.

Imagine waking up in the morning, standing in front of the washbasin, picking up a toothbrush and gently pressing it, a strong and delicate water flow instantly gushes out, washing every bit of food residue between teeth and every corner of dental plaque clean. All of this is thanks to the efficient water flow generation ability of the Self Priming Micro Water Pump. It not only provides stable and strong water pressure, but also ensures the precision of water flow, thereby achieving a thorough cleaning effect on the oral cavity.

In this era where energy conservation and environmental protection are increasingly valued, micro diaphragm water pumps are also unwilling to fall behind. Its unique design and working principle make the dental punch more energy-efficient and water efficient during use. This not only means that users can save more energy and water resources, but also contributes to the sustainable development of the earth. In the long run, this energy-saving and environmentally friendly feature can also extend the service life of the dental punch, reduce the frequency of replacement and maintenance, and thus save users a lot of time and money.

What is the working principle of a DC Diaphragm Water Pump in a dental punch?

The working principle of a Mini Water Pump in a dental punch is mainly based on the working principle of a diaphragm pump. The following are the specific steps:

1. Water inlet stage: When the Mini DC Electric Pump starts working, the inlet valve opens and water begins to flow into the pump chamber. At the same time, the electric motor drives the eccentric shaft to start rotating, causing the dynamic and static friction pairs to move back and forth in the pump body.

2. Compression stage: With the rotation of the eccentric shaft, the dynamic and static friction pairs gradually compress the water in the pump chamber, and the pressure of the water gradually increases. During this process, the diaphragm of the micro diaphragm water pump divides the pump chamber into two parts, one connected to the inlet and the other connected to the outlet. When the diaphragm moves towards the outlet direction, the water in the pump chamber is compressed and pushed towards the outlet.

3. Discharge stage: When the water pressure in the pump chamber reaches a certain level, the discharge valve opens and high-pressure water flows out from the outlet. This high-pressure water flow is the clean water source required for the dental irrigator.

4. Water absorption stage: At the same time as the water output stage, the inlet valve continues to open, and new water begins to flow into the pump chamber, preparing for the next round of compression and water output stage. By repeatedly repeating the above four steps, the micro diaphragm water pump can continuously provide a stable high-pressure pulse water column for the teeth punch. This high-pressure pulse water column can effectively clean teeth and gaps, maintaining oral cleanliness and health.

What is the role of a micro water pump in a dental flosser?

1. High pressure water flow generation: The Membrane Water Pump is the core component of the flushing device, which is responsible for pressurizing water and converting it into a high-pressure pulse water column. This high-pressure water flow is crucial for effectively removing food residues and bacteria from teeth and crevices.

2. Cleaning effect: Due to the strong impact force of the high-pressure water generated by the water pump, it can penetrate into difficult to clean areas such as dental crevices and gingival crevices, effectively removing plaque and tartar, thereby maintaining oral health.

3. Water flow stability: The micro diaphragm water pump ensures the stability and continuity of water flow through its internal structure and control system. This is crucial for providing continuous and reliable cleaning effects for the dental flosser.

4. Safety: The design of micro diaphragm water pumps usually considers usage safety, such as preventing dry running, overheating protection, etc. These safety measures can ensure that the user will not be harmed when using the dental punch.

5. Energy saving and long lifespan: Micro diaphragm water pumps typically have high energy utilization rates and a longer lifespan, which means users can enjoy a stable and efficient cleaning experience for a long time, while also reducing energy waste and the hassle of frequent pump replacement.

6. Portability: Due to its compact size, the 5V DC Mini Water Pump makes the dental flosser more portable as a whole, making it convenient for users to clean their oral cavity anytime, anywhere.

7. Multi scenario applicability: The high performance and reliability of the micro diaphragm water pump make the dental punch not only suitable for daily household cleaning, but also for various scenarios such as travel and outdoor activities.

Technical Specification

What are the advantages of a micro diaphragm water pump in a dental punch?

The advantages of micro diaphragm water pumps in tooth punchers are mainly reflected in the following aspects:

1. High pressure water flow capacity: The mini dc hyraulic pump can generate stable high-pressure water flow, which is the key to the cleaning effect of the teeth punch. High pressure water flow can penetrate into difficult to reach areas such as interdental and gingival crevices, effectively removing food residues and dental plaque, and maintaining oral health.

2. Good stability: The design of the micro diaphragm water pump considers the stability of use, and can maintain stable performance output even in continuous operation or frequent start stop situations. This ensures the stability and reliability of the dental punch during use.

3. Easy to maintain: The structure of the micro diaphragm water pump is relatively simple, and vulnerable parts such as diaphragms and valves are easy to replace, without the need for professional skills and equipment. This allows users to conveniently maintain and upkeep the product during use, extending its lifespan.

4. Energy saving and environmental protection: Micro diaphragm water pumps do not require additional lubricating oil or coolant during operation, reducing energy consumption and environmental pollution. Meanwhile, its oil-free design also avoids the possibility of contamination of the extracted liquid.

5. Strong applicability: The miniature diaphragm water pump is compact and lightweight, suitable for use in various portable and household teeth punchers. In addition, its high-pressure water flow ability makes it not only suitable for cleaning teeth, but also for cleaning other difficult to reach areas, such as dentures, oral appliances, etc.

How durable is the micro diaphragm water pump?

The durability of micro diaphragm water pumps is relatively good, but it is also related to specific factors such as product quality, usage environment, and maintenance.

Generally speaking, the service life of a mni dc diaphragm pump depends on its material, manufacturing process, and operating environment. High quality materials and manufacturing processes can improve the durability of water pumps, while harsh usage environments may shorten their lifespan.

Secondly, the design of the micro diaphragm water pump also fully considers durability. For example, its pump chamber and motor are separated, avoiding liquid

Body infiltration into the motor causing malfunction; The design of vulnerable parts such as diaphragms also fully considers the convenience of wear and replacement, making maintenance and upkeep easier

Make it simpler and easier.

In addition, the micro diaphragm water pump also has lower noise and vibration, which provides assurance for its durability. Low noise and vibration mean

The water pump is more stable during operation, reducing the possibility of mechanical failures and thus extending its service life.