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Pneumatics

Pneumatics, also known as pneumatics, is basically using compressed air or various gas to do work. Its application field is mainly used in transportation, food and beverage, electronics, medical, textiles, and many other industrial fields. The main components of pneumatic systems are air compressors, pressure tanks, valves, pneumatic cylinders, pneumatic actuators, and other auxiliary components. The compressed air produced by the compressor is sent to the pressure tank and stored. Through the pneumatic control, the pressure is output from the pressure tank and open or closed valves. By controlling different driving force and speed, it can drive the actuator or the pneumatic cylinder to convert the pressure energy into mechanical energy to achieve the corresponding driving effect. When the pneumatic and hydraulic system compared to the small size, light weight, simple structure, stable operation, less investment, flexible configuration, convenient system debugging and low operating costs.

Hydraulics

Hydraulics, also known as hydraulics, makes use of liquid pressure to do work. When liquid enters a sealed container, the change in pressure can be used to do work. The application field of hydraulic system is mainly used in metallurgy, mining, construction engineering and other fields, as well as the industry of automatic production line and modern production equipment. The components of a hydraulic system generally include hydraulic pumps, hydraulic valves, hydraulic cylinders, hydraulic motors, and various auxiliary accessories. With the help of contemporary electronic control systems, the hydraulic system can even be used for a single flexible cycle of motion.The hydraulic system works by providing the force to move the load. It consists of hydraulic pump, hydraulic valve and hydraulic cylinder. The hydraulic pump provides pressure to the system, which then drives the hydraulic valve, which then controls the flow of liquid to the hydraulic cylinder. The hydraulic cylinder then moves the load in a specific direction. The hydraulic system also has the advantage of providing different speeds and directions of motion, which makes it ideal for certain applications. Compared with the pneumatic system, the hydraulic system has a greater load carrying capacity, stable working performance, low speed, and can generate large torque.

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