Onepiece aluminum alloy shaft fixing bracket and pillar fixing clamp with threaded parallel guide shaft support pipe clamp bearing housing. Bore diameter 25mm. This compact unit is designed to securely fix a 25mm bore shaft or guide shaft while also functioning as a pillar clamp and bearing housing in a single, integrated component. Key benefits Lightweight yet rigid: aluminum alloy provides strength without excessive weight, improving machine response and reduce load on supporting structures. Precise 25mm bore: built to fit standard 25mm parallel guide shafts, enabling accurate alignment and smooth operation. Secure, easy mounting: threaded features allow confident attachment to frames or fixtures, reducing setup time and loosening during use. Multifunctional design: combines shaft fixing, pillar clamping, and bearing housing in one component, simplifying assemblies and reducing parts count. Durable in workshop environments: corrosionresistant aluminum alloy offers reliable performance over time. Improves alignment and stiffness: designed to maintain consistent positioning under load, helping overall system accuracy. Key attributes Functionality: fixes shafts, supports parallel guide shafts, clamps pipes, and serves as a bearing housing. Compatibility: intended for 25mm bore shafts/shields and standard threaded mounting in machine frames and fixtures. Size: Bore diameter 25mm; 1 piece. Material: Aluminum alloy. Performance: provides rigid, repeatable alignment with straightforward installation for reliable operation. Applications / use cases CNC machine assembly: mount and align a 25mm guide shaft within a bearing housing to ensure smooth, accurate linear motion. Automation fixtures: serve as a pillar clamp and shaft support in modular frames, enabling stable uprights and precise shaft positioning. 3D printing or laser cutting frames: reinforce guide shaft systems and bearing housings in compact, lowweight configurations. Pipe and shaft mounting in workshops: clamp and fix parallel guide shafts or supporting pipes in tight spaces, improving rigidity of the supporting structure.