SHAFT SUPPORT RAIL WU25-AFH-600

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth SHAFT SUPPORT RAIL WU25-AFH-600 (R105002500) is a high-quality component designed for enhancing linear motion applications. This shaft support rail is specifically configured for use with open linear bushings, catering to scenarios that require long guides or are subject to high loads where self-supporting shafts are not viable due to potential warping. The product is manufactured from aluminum, featuring a flange in a high format, and comes in standard lengths as specified by the manufacturer. The WU25-AFH-600 model boasts additional degrees of freedom in the circumferential direction compared to profiled guide rails, making it an ideal solution for applications where other linear guides may succumb to warping because of imprecise substructures. Its design allows for unlimited length when utilizing interconnecting shafts, offering versatility and adaptability in various application setups. The rail serves as a robust platform for various requirements and is part of a larger product group known for reliability and precision. With its aluminum construction, the shaft support rail is both durable and lightweight, contributing to efficient system operation without adding unnecessary mass. The size V, size A, size H, length L (600mm), material (aluminum), and shaft diameter d are critical specifications that ensure compatibility with corresponding components within linear motion systems. The model's precision steel shafts complement the aluminum support rails to provide a stable and accurate guiding system. Overall, the Bosch Rexroth SHAFT SUPPORT RAIL WU25-AFH-600 (R105002500) represents an essential part of a linear bushing and shaft system that can significantly improve performance in demanding environments where precision and stability are paramount.