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Pneumatic systems involve the use of compressed gas or air to power amplifiers, regulators, and other related components. A compressor is usually used that contains a motor, an oil-separator, and a reed valve, among other components. Air is drawn into the compressor where it is compressed, pushing the gas outward and then released to be used in the pneumatic system.Hydraulic systems involve the use of pressurized liquids, such as oil or water, to power components. A pump powers the liquid which is then pressurized by a valve, pushing it through hoses and pipes to the cylinders and actuators in the system. Pressure is regulated and maintained in the system via relief valves and filters.Both pneumatic and hydraulic systems can be found in many industries. Automotive applications make use of both types of systems in order to power brakes and suspension systems. The aerospace industry also uses pneumatic and hydraulic systems in the maneuvering and controlling of planes. Industrial applications such as robotics, machine tool automation, and automated assembly lines also take advantage of pneumatic and hydraulic systems in order to provide efficient and reliable motion.Pneumatic systems operate via a pressure-actuated switch, or valve. When a pressure is applied to the switch, the valve opens or closes, allowing the compressed air or gas to flow through the system. This allows the system to “do” something, such as opening a door or engaging a motor.Hydraulic systems work similar to pneumatic systems but with liquids. The pressurized fluid flows through the pipes and cylinders, allowing for various movements. The fluid is maintained at a certain pressure which is regulated by the pump. The valves in the system control the flow through the system, allowing it to be used for various purposes.Both pneumatic and hydraulic systems possess advantages and disadvantages. Pneumatic systems are generally less expensive than hydraulic systems, however, they are more prone to failure due to fluctuations in pressure. On the other hand, hydraulic systems tend to be more reliable, but they are also more expensive to maintain and operate.Pneumatic and hydraulic systems are widely used in a variety of applications. They offer reliable and efficient motion that is necessary for many industrial applications. Although they differ slightly in principle and design, pneumatic and hydraulic systems can be used effectively and safely, both in industrial and automotive applications.

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