Essential Smc Mb-z Series Tie-rod Cylinder. Double Acting, Single Rod, Mbb63-175z Gadget [TZhnD08x]

SMC MB-Z Series Tie-Rod Cylinder: Performance and Efficiency

The SMC MB-Z Series Tie-Rod Cylinder, featuring a double-acting and single-rod design, is a reliable and versatile component designed for a wide range of industrial applications. Engineered for efficiency, this cylinder offers a 10% weight reduction compared to traditional models, achieved through innovative cover shaping. Its design also includes convenient features like pre-assembled rod end brackets and swing support brackets, which reduce the hassle of ordering separate components. Additionally, the cylinder is compatible with auto switches from the MDB-Z series, providing a seamless integration with various control systems.

Technical Specifications and Dimensions

The MB-Z Series Tie-Rod Cylinder boasts an impressive range of technical specifications. With a tube inner diameter of 63mm, this cylinder offers a bore size of 63mm, ensuring optimal performance for heavy-duty applications. The cylinder stroke measures 175mm, providing ample travel for various tasks. This model is available with and without an auto switch, giving you the flexibility to choose the configuration that best suits your needs. The cylinder comes with no bellows or air cushion, and the stroke adjustment symbol is not available, making it a straightforward choice for straightforward applications.

Practical Applications and Target Markets

The SMC MB-Z Series Tie-Rod Cylinder is an ideal choice for a variety of industries and applications. Its high-performance features and efficient design make it a valuable asset for manufacturing, construction, and automation systems. Whether you need to handle heavy loads, perform precise movements, or operate in challenging environments, this cylinder delivers exceptional performance and reliability. Targeted at engineers, maintenance professionals, and plant managers, this cylinder is an essential component for any operation seeking to enhance its efficiency and productivity.