Reid Select Bolts

Rod ends are crucial in manufacturing for articulated connections in control systems. Their design, with an eye-shaped head and spherical bearing, enables precise rotation and secure connections. They are vital in automated systems and machinery for controlled movement and alignment, boosting production efficiency.

In manufacturing, threaded set-up studs are headless, threaded rods used for precise component alignment and secure clamping in fixtures, tooling, and machine assembly. Available in fully, single, or double-ended thread configurations, they provide robust connections where traditional bolts are unsuitable.

In the manufacturing industry, a T-bolt is a fastener with a T-shaped head, specifically designed for use in T-slots found on machine tables and tooling fixtures. It allows for adjustable and secure clamping of workpieces and tooling, crucial for precise machining and assembly operations.

Within manufacturing, U-bolts serve as critical fastening components, ensuring the secure and stable mounting of pipes, tubes, and structural elements within production lines and machinery. Essential for fluid systems and structural integrity, U-bolts provide reliable clamping. Available in various materials and shapes, they aid equipment setup and maintenance, ensuring consistent operation. From securing hydraulic lines in robotic assembly cells to mounting structural supports for conveyor systems, U-bolts are indispensable for maintaining operational efficiency and safety in manufacturing environments.

A yoke end, or clevis end, is a U-shaped metal fastener designed for securing rods or cables, particularly in lifting and rigging operations. It features a U-shaped opening for the rod/cable and a threaded section for connection to other fasteners. Constructed from materials like steel, often galvanized for corrosion resistance, it's secured with a clevis pin assembly. 3 This robust design, also referred to as an end yoke, yoke clevis, or clevis yoke end, is crucial for safely attaching and lifting heavy loads in industrial settings.