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Pneumatics

Pneumatics is the application of pressurized air to create mechanical motion. Pressurized air is produced and stored in tanks in order to be used to power a range of applications. The most common use of pneumatics is in industrial machines and devices. It is widely used for the control and manipulation of materials and systems.

Air is compressed and stored in receptacle tanks which can be pressurized up to 200 psi (pounds per square inch). Pressure is then regulated, allowing for control of the desired application. A compressor is then used to create the pressurized air, which can be used to power motion that occurs within machine systems.

When air is compressed inside a compressed air line, it increases in pressure, and the air molecules become tighter and more resistant to flow. This pressure is used to power cylinders, which can be used to manipulate objects and device components. Pneumatics can be further enhanced by using air or pneumatics controlled valves and switches in order to regulate air flow, as well as providing additional control features.

Pneumatic systems are most commonly used in a variety of industrial, commercial and consumer applications such as air tools, power tools, machine tools, air guns, air nailers, air compressors, air motors, robots, conveyor systems, automatic doors and much more. Other applications where pneumatics systems can be found include automotive industry, healthcare, aircraft and aerospace industries.

Hydraulics

Hydraulics is a technology that uses pressurized fluids, such as water or oil, to create mechanical movement. It uses cylinders, accumulators, valves, actuators and other components to translate the force of the pressurized fluid into motion. It is used in many machines and devices, such as cars, elevators, aircraft, construction equipment, automated industrial machines and many other applications.

Hydraulics is used to control a wide range of mechanical movements including those involving complex mechanical interactions. Hydraulic power is created by pressurizing a liquid in one or more cylinders. This pressure is controlled via a pump or motor, allowing for the regulation of the desired power. When fluid is pressurized it is forced through a fluid line into a cylinder which then provides the necessary power.

Hydraulic systems are highly efficient and are capable of generating substantial levels of force and power when employed properly. They require relatively little maintenance and are fairly safe to operate and have a relatively low energy footprint when compared to other methods that use electricity or mechanics. Hydraulic fluid typically used in these systems includes motor oil, water and brake fluid.

Hydraulics are found in almost all industrial applications including automotive, aviation, manufacturing, food processing, farming, and construction. Examples include construction machinery such as bulldozers, forklifts, cranes, and other earthmoving equipment; automotive brakes, steering and transmission systems; and medical equipment. Hydraulics are also used in some ships, submarines and aircraft.

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