This 1pcs Reducer Swivel Arm Eccentric Sleeve Bearing (models 80752307, 90752307, 100752307(90752307)) is a compact swivel joint designed to provide smooth, controlled rotation in assemblies that require an eccentric sleeve bearing. Supplied as a single piece, it simplifies installation and helps reduce part count without compromising performance. Key benefits - Smooth, low-friction rotation: the eccentric sleeve bearing delivers precise, quiet operation with reduced play during movement. - Compact, space-saving design: integrated reducer swivel arm enhances reach and positioning in tight or constrained spaces. - Easy installation: delivered as 1 piece to speed assembly and reduce potential for misalignment. - Reliable performance: engineered to maintain consistent movement under routine operating conditions. - Clear compatibility within model family: specifically intended to work with components in the 80752307, 90752307, and 100752307 families. Key attributes - Functionality: reducer swivel arm with an eccentric sleeve bearing for precise angular positioning. - Compatibility: designed to align with parts in the 80752307, 90752307, and 100752307(90752307) designations; suitable for assemblies that call for these models. - Size: compact form factor suitable for standard joint interfaces used by the referenced models. - Material: material specification is not provided in the listing; consult official datasheet or supplier for exact material composition. - Performance: engineered for reliable, repeatable swivel action with maintained alignment through typical use conditions. Use cases - Robotics and automation: lightweight, precise swivel joint for small to midsize robotic arms requiring controlled movement and offset adjustment. - Adjustable mounting arms: ideal for equipment mounts or linkages where compact size and repeatable positioning are important. - Mechanical linkages in constrained assemblies: provides a robust swivel point in spacelimited machinery, enabling smooth articulation without excessive clearance.