Mini hydraulic pumps are widely used in multiple fields and can be used in the production of equipment such as coffee machines, cold drink machines, juicers, etc., providing stable power. Provide fast response and precise control in devices such as artificial hearts, artificial lungs, and infusion sets. It is used in tractors, animal grass machines, agricultural spray and other equipment to improve agricultural production efficiency. Provide stable power support in the landing gear, rudder, and flight control system of the aircraft.

The gear pump sucks in and discharges oil by rotating two gears that mesh with each other. Its structure is simple, but the flow rate is small and the noise is low. The vane pump compresses oil through the rotation and reciprocating motion of the blades. The vane pump has uniform flow rate, smooth operation, and low noise, making it suitable for occasions with high noise requirements. A plunger pump compresses oil through the reciprocating motion of the plunger, with high volumetric efficiency and low leakage, making it suitable for high-pressure and high flow operations.

The working principle of mini hydraulic pumps is based on the process of converting mechanical energy into hydraulic energy. They are usually driven by an engine or electric motor, sucking oil from a hydraulic tank, compressing the fluid through changes in pump chamber volume, giving it pressure energy, and ultimately discharging the pressure oil and sending it to the actuator. The specific implementation method varies depending on the type of pump structure.

Mini hydraulic pumps, as a common hydraulic equipment, are widely used in multiple fields. Its small size, light weight, and easy portability and installation make it an indispensable power component for many small hydraulic systems. Mini hydraulic pumps, as an important hydraulic equipment, play an irreplaceable role in multiple fields. By reasonable selection and maintenance, it can ensure stable and efficient operation, providing reliable power support for various hydraulic systems.