Understanding Different Pneumatics Components

Pneumatics use the pressure of compressed air to enable motion. The power of gas pulls, pushes, regulates, rotates, or drives the system used for it. Compressed air can be easily created simply by compressing atmospheric air. This ready availability of atmospheric air has made pneumatic systems extremely popular. They are used widely in fixed installations such as factories and manufacturing facilities. Due to their cost-effective nature, pneumatic systems are used in automation systems wherever possible.

Multiple pneumatic components play diffident roles in creating and affecting movement. Pneumadyne is a leading manufacturer of these pneumatic components widely used in pneumatic systems. Following are some of the important pneumatic components:

Air compressor

The atmospheric air must be pulled into the system and compressed for use inside the system. An Air compressor is an air-exhausting mechanism that sucks in outside air, compresses the air, and uses it throughout the process. This is the first step in using the pneumatic system.

Pneumatic cylinders

Pneumatic cylinders are mechanical devices that create force using compressed air. Once actuation is complete, the compressed air from the pneumatic cylinders enters the tube at one of the piston ends and creates a force on the piston, and it results in the movement of the piston.

Pneumatic fittings

In order to control motion and movement, the fittings are used throughout the process. They connect various valves within the system and ensure a leak-free pneumatic movement.


The tubing system moves compressed air throughout the process depending on how the air is to be used. The tubing and hose connect various parts of the system to move the pressurized air into valves, actuators, tools, and other devices.

Pneumatic valves

Controlled airflow is crucial in pneumatic systems to ensure that the compressed air moves in the way required by the system. These valves control the flow of compressed air inside the pneumatic system. Pneumadyne valve is popular due to its high-quality build.

Regulators and gauges

Regulators also help in maintaining airflow within the system. They are usually connected to the compressor tank, and the regulator is triggered mechanically or electrically. Gauges are useful in integrating with a computer system or a manual operator to regulate and check the air pressure inside the compressor. These are important components because air pressure must be maintained at optimal levels to control movement.

Also Read: Vacuum Suction Cups – A Key Component For Industrial Automation

Buffer tank or accumulator

The buffer tanks store compressed air from the compressor and are secondary storage units. These are necessary to prevent irregular airflows. When there are surges in the actuators, the buffer tank enables the compressor cycle to maximize shutoff timing. In the pneumatic projects, the compressor has to be at a specific distance from actuators, and buffer tanks maintain that distance.

Pneumatic systems are simple to design and control. They are highly durable and reliable, with low maintenance cost. They can be used effectively in inflammable environments without worrying about safety. The speed and pressure can be easily controlled, and once the process is complete, compressed air is released safely without any processing.

DAS Services, Inc. is a leading seller of Pneumadyne USA products for use in pneumatic systems. Call us at 888–293–6757 or email us at info@dasservicesinc.com to get the best deals on high-quality products.

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