Complete Smc Ca2-z Series Tie-rod Cylinder, Double Acting, Single Rod, Cda2b40-25z - Priority Shipping [vfHPkbNs]

SMC CA2-Z Series Tie-Rod Cylinder: Robust Performance and Enhanced Efficiency

The Complete Smc Ca2-z Series Tie-rod Cylinder, Double Acting, Single Rod, Cda2b40-25z - Priority Shipping [vfHPkbNs], is a high-performance cylinder designed for various industrial applications. This cylinder stands out for its remarkable mass reduction of up to 15%, which not only optimizes the system's overall weight but also enhances the machine's agility and precision. The design of this cylinder allows for easy air cushion control, making it a versatile choice for applications requiring precise movement and control.

Technical Specifications and Properties

The SMC CA2-Z Series cylinder is built with a robust aluminum tube for increased durability and strength. It features a tube inner diameter of 40mm and a cylinder stroke of 25mm, ensuring efficient and smooth operation. The cylinder is equipped with Rc type port screws, providing secure connections for air supply and exhaust. The absence of bellows and air cushion ensures minimal resistance, making the cylinder highly responsive and suitable for rapid cycling applications. Additionally, the cylinder comes with a set of rod end bracket and oscillation bracket attachment parts, simplifying installation and reducing the hassle of separate ordering.

Practical Applications and Target Audience

The SMC CA2-Z Series Tie-Rod Cylinder is ideal for a wide range of applications, from small auto switches to magnetic field-resistant auto switches. Its versatility makes it suitable for various industries, including automotive, robotics, and automation. By reducing the cylinder's mass by up to 15%, it helps to decrease the load on machinery, thereby increasing the system's overall efficiency and longevity. This cylinder is an excellent choice for those seeking a reliable and high-performing cylinder for their industrial applications, providing both ease of use and superior performance.