Which types of actuators are commonly used in pneumatic systems?

In pneumatic systems, actuators serve the crucial role of converting compressed air energy into mechanical motion. Linear and rotary actuators are commonly employed because they efficiently utilize the specific capabilities of pneumatic systems.

Linear actuators move in a straight line and are used for applications like pushing, pulling, or positioning components. They generate linear motion from the pneumatic pressure that drives a piston within a cylinder. This makes them ideal for various applications where a straightforward linear movement is needed, such as in automation processes, material handling, and robotics.

Rotary actuators, on the other hand, provide circular motion. They operate similarly by using compressed air to create rotation, which is essential in applications requiring rotational movement, such as in conveyor systems or in machinery that needs to turn parts.

Both types of actuators capitalize on the rapid response and flexibility of pneumatic power, making them vital in many industrial and mechanical processes. This integration of linear and rotary motion allows for a wide range of applications, showcasing the versatility and effectiveness of pneumatic systems.