Pneumatic Cylinder

Due to its adaptable design, this pneumatic air cylinder offers definite advantages. It is more versatile and lighter, and it may be used in more settings and applications. This is more advanced machinery with flexible design. To further support the effective design and guarantee top performance, it has a variety of mounting choices. It is available in a wide variety of basic configurations, and the bespoke design allows almost limitless alternatives. It is a strong, dependable performance. Using this pneumatic air cylinder's multi-piston design, more thrust may be generated.

pneumatic air cylinder Manufacturer in India

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pneumatic air cylinder Manufacturer in Vadodara

pneumatic air cylinder Supplier in India

pneumatic air cylinder Supplier in Gujarat

pneumatic air cylinder Supplier in Vadodara

pneumatic cylinder available 32 mm bore to 250 mm bore size

5 mm stroke to 2000 mm stroke

Made with high-grade aluminum we have  Pneumatic Cylinder. This is available in different wall thicknesses and sizes as per the requirement. It is round and silver in color. This cylinder is majorly used for multiple industrial purposes and the automation of machines. It is also used for lifting, clamping, blocking as well as transporting various objects to machines or other places. Our Aluminum Round Pneumatic Cylinder is highly durable and anti-corrosive because of which its performance is highly efficient. 

An industrial pneumatic cylinder typically contains several key components designed to convert compressed air into mechanical motion. These components include:

1. Cylinder Barrel (Tube): The main body of the cylinder, usually made of steel or aluminum, which houses the other components and provides the space for the piston to move.

2. Piston: A solid or sometimes porous metal part that moves inside the cylinder barrel. The piston is actuated by compressed air and generates force in the form of linear motion.

3. Piston Rod: A rod attached to the piston, extending from one end of the cylinder. It transmits the linear motion to other mechanical systems or machinery.

4. End Caps (or End Blocks): These are located at both ends of the cylinder and seal the barrel, often with threaded connections. The end caps typically include ports for air intake and exhaust and may contain seals to prevent air leakage.

5. Seals: Seals around the piston and piston rod prevent air leakage, ensuring efficient operation. These seals can be made of rubber, polyurethane, or other materials suited to the pressure and application.

6. Guide Bearings: Some cylinders include guide bearings to help support and stabilize the piston rod as it moves within the cylinder, reducing wear.

7. Ports and Fittings: Pneumatic cylinders have air intake and exhaust ports where compressed air enters and exits. These ports are connected to the pneumatic control system.

8. Buffer or Cushioning System: Some pneumatic cylinders are equipped with cushioning mechanisms (usually at the ends of the cylinder) to reduce shock and wear when the piston reaches the end of its stroke.

9. Magnetic Sensors (optional): In some cylinders, a magnetic sensor or reed switch is incorporated to detect the position of the piston for feedback to control systems.