DC24.0V high pressure piston pump for massage machine

Can Mini piston pump be used in massager?

First, let’s understand the basic functions and working principles of micro piston pumps. The micro Piston Pump, as its name suggests, mainly uses the movement of the piston to achieve the suction and discharge of liquid. Such power

Its performance characteristics make it useful in many fields, such as medical treatment, laboratories, scientific research, etc.

Let’s look at the massager. The core function of the massager is to use various technologies, such as vibration, squeezing, etc., to relax muscles and relieve fatigue. In order to achieve these functions, there are usually some parts inside the massager that can produce mechanical movement. Combining the above two points, we can see that in order for the massager to achieve its intended function, it needs a component that can provide stable and adjustable.

To sum up, piston Mini Pumps can indeed be used in massagers to provide them with the necessary mechanical movement.stable mechanical movement. Miniature piston pumps meet this need due to their stable piston movement.

What is the specific application of Mini Piston Vacuum Pump in massager?

Micro piston pumps are known to provide stable and adjustable mechanical motion, which is crucial for the functionality of the massager. In the application of massager, the specific functions of the micro piston pump may be as follows:

1. Provide vibration: Through the piston movement of the DC Piston pump, regular vibration can be generated to simulate the effect of artificial massage and help relax muscles.

2. Produce pressure changes: Using the suction and discharge function of the micro piston pump, a certain pressure change can be produced in the massage area, similar to the effect of artificial squeezing, which helps to promote blood circulation or relieve tense muscles.

3. Adjust massage intensity and mode: By adjusting the piston movement speed and mode of the micro piston pump, the intensity and mode of massage can be changed to meet the needs of different users.

4. Achieve a variety of massage effects: Combined with the multiple working modes of the micro piston pump, such as changing the direction or rhythm of the piston movement, a variety of massage effects can be achieved, such as kneading, tapping, etc.

5. Control and feedback: By connecting to a microcontroller or smartphone, users can more conveniently control the working status of the micro piston pump and get feedback on the massage effect.

Can a Diaphragm Piston Pump run dry?

The exact way a piston pump operates may vary between different models, designs and applications.

Some types of piston pumps, such as peristaltic piston pumps with ceramic heads, bellows pumps and Diaphragm Pumps, can be run dry for any period of time. However, there are some types of piston pumps that should not be run dry, such as centrifugal pumps, rotary vane pumps and gear pumps. These piston pumps, which should not be run dry, may be damaged if they are run dry.

Technical Specification

What effect does dry running of a piston pump have on pump performance?

Secondly, dry running can also cause damage to seals, bearings and pistons. This is because operating these components without fluid can cause excessive friction and heat buildup, which can burn or damage seals and bearing materials.

Additionally, for those pumps that require fluid to maintain normal operation (such as self-priming pumps), running dry may not produce sufficient vacuum or suction capacity, resulting in reduced performance or a complete loss of pumping capability.

Finally, it is important to note that some specific types of piston pumps, such as ceramic piston pumps or specially designed heavy-duty piston pumps, may be able to run dry to a certain extent without suffering serious damage. However, even with these pumps, dry running should be avoided to extend their service life and performance.

What is the minimum pressure for a piston pump?

Additionally, some specially designed piston pumps may have specific minimum pressure requirements. For example, some piston pumps may be designed to operate at a certain minimum pressure to provide adequate fluid power or lubrication, or to prevent cavitation or unstable flow.

Therefore, to determine the minimum pressure of a Piston Type Vacuum Pump, multiple factors need to be considered, including the design of the pump, the resistance of the system, and the required flow rate. It is recommended to consult the manufacturer's literature for your specific piston pump or consult with a professional engineer to obtain accurate information.