Diaphragm piston pump for massage machine

The Mini Piston Air Pump is a fluid conveying equipment with compact structure and excellent performance. Its core part is the piston, which is usually made of stainless steel or high-performance synthetic materials to ensure its durability and reliability in various environments. In the design of the Massage Air Piston Pump, the fit, sealing and movement trajectory between the piston and the cylinder need to be fully considered to ensure its normal operation. In addition, the design of the micro Piston Pump also needs to take into account the ease of installation and maintenance.

Product Features : High vacuum pressure
                                 High flow rate 

                                 Long lifetime

                                 Oil-Free

The performance parameters of micro piston pumps mainly include flow, pressure, efficiency, etc. Flow refers to the amount of fluid delivered by the pump per unit time, and its size depends on the size and speed of the piston; pressure refers to the pressure exerted by the pump on the fluid, and its size depends on the structure and speed of the DC Pump; efficiency refers to the pump's structure and speed. The ratio of output power to input power depends on the design and manufacturing accuracy of the pump. When selecting a micro piston pump, it is necessary to select appropriate performance parameters based on actual needs.

Technical Specification

Piston Mini Pumps are used in a wide range of applications, such as medical, laboratory, household appliances, etc. In different application scenarios, micro piston pump need to adapt to different fluid characteristics, temperature, pressure and other conditions.        

What effect does flow have on micro piston pumps?

Flow is one of the important performance parameters of micro piston pumps, which has a great impact on the working efficiency and applicability of the pump. The following are some of the effects of flow on micro piston pumps:

1. Efficiency: Flow is an important reflection of the efficiency of the Diaphragm Piston Pump. Within a certain range, the greater the flow rate, the higher the efficiency of the pump. This is because the large flow rate can complete the delivery task faster and reduce the unnecessary power consumption of the pump. However, if the flow rate is too large and exceeds the design capacity of the pump, it will cause the pump to be overloaded and the efficiency will decrease.

2. Load: The flow rate is closely related to the load of the DC Piston pump. When transporting media, as the load increases, the flow rate will decrease accordingly. This is because an increase in load causes an increase in pressure within the pump, which restricts the flow of fluid. If the flow rate is too small and cannot meet the demand of the load, it may cause the pump to overheat, reduce efficiency or pump out.

3. Application range: Different micro piston pumps are suitable for different flow ranges. When designing a Mini piston pump, the flow rate is determined based on application requirements. For some occasions where a large amount of media needs to be transported, such as farmland irrigation, liquid fertilizer transportation, etc., it is necessary to choose a micro piston pump with a larger flow rate. For some occasions that require fine control, such as laboratory instruments, medical equipment, etc., you need to choose a micro piston pump with a smaller flow rate.