Essential Festo Compact Cylinder 16mm Bore 20mm Stroke Double Acting - 156768 Slash 95% Off The Price [YGyaMR3z]

Festo Compact Cylinder 16mm Bore 20mm Stroke

Discover the Festo Compact Cylinder, a revolutionary solution for your pneumatic applications. This double-acting air cylinder is designed to deliver exceptional performance in a compact form factor. With a 16 mm piston diameter and a 20 mm stroke, it offers a theoretical force of 121 N at 6 bar when advancing. Its design is not just space-efficient but also boasts a range of features that set it apart from standard cylinders.

Key Features and Specifications

Featuring elastic cushioning rings at both ends, the Festo Compact Cylinder ensures smooth operation and reduced noise, making it ideal for sensitive environments. Its compact design requires 50% less installation space compared to ISO 15552 cylinders, making it perfect for confined areas. The cylinder's magnetic piston allows for easy position sensing, enhancing control and monitoring capabilities in automated systems. Here are some of its key features and specifications:

• Piston Diameter: 16 mm
• Stroke: 20 mm
• Force: 121 N at 6 bar
• Space Efficiency: 50% less installation space than ISO 15552 cylinders
• Magnetic Piston: Easy position sensing for enhanced control

Practical Applications and Benefits

The Festo Compact Cylinder is a versatile tool that can be used in a variety of applications, from manufacturing and automation to laboratory and research settings. Its compact design and advanced features make it an excellent choice for any situation where space is limited and performance is critical. Whether you're looking to streamline your assembly line or add precision to your automated system, this cylinder is the perfect solution. Its benefits include:

• Space Savings: Significantly reduces installation space, ideal for confined areas
• Smooth Operation: Elastic cushioning rings ensure quiet and efficient performance
• Enhanced Control: Magnetic piston allows for easy position sensing and monitoring