Black Friday Doorbuster Festo Flat Cylinder 63mm Bore 25mm Stroke Double Acting - 161309 Twin Pack [ruLTbw89]

Festo Flat Cylinder - High Performance Design

Introducing the Festo Flat Cylinder, a double-acting cylinder designed for applications requiring exceptional performance and compact installation. This cylinder boasts a 63mm piston diameter and a 25mm stroke, delivering a robust theoretical force of 1870 N at 6 bar when advancing. Its innovative flat design and elastic cushioning rings at both ends make it an ideal choice for spaces with high packing density and block mounting requirements. The Festo Flat Cylinder is engineered to provide precise and stable operation, making it a reliable solution for a wide range of industrial applications.

Key Specifications and Technical Details

With its oval piston design, the Festo Flat Cylinder offers an anti-rotation feature that ensures precise and stable operation. This cylinder is equipped with a magnetic piston for position sensing, which adds an extra layer of reliability and ease of integration with position sensing systems. Key specifications include a 63mm piston diameter and a 25mm stroke, making it suitable for a variety of tasks. The Festo Flat Cylinder is designed to operate at pressures up to 6 bar, providing the necessary force for demanding applications. Here are some of its key features:

• Flat Design - Maximizes packing density and allows for block mounting.
• Magnetic Piston - Enables position sensing for precise control.

Practical Applications and Benefits

The Festo Flat Cylinder is a versatile solution that finds its way into various industrial applications. Its compact design and high packing density make it perfect for space-constrained environments. Whether it's used in automation systems, robotics, or machinery, this cylinder delivers reliable performance. The following are some practical uses and benefits of the Festo Flat Cylinder:

• Automation Systems - Enhances precision and stability in automated processes.
• Robotics - Enables precise movements and control in robotic applications.