Gibraltar 75283192 Jig Foot 1/4-20 Thread Black Oxide

Product Description

The GIBRALTAR 75283192 is a jig foot designed for use in fixturing and workholding applications. It provides a stable, adjustable contact point for positioning jigs, fixtures, and tooling assemblies on machine tables and workbenches. The foot features a 1/4-20 threaded shank, an outer diameter of 0.625 inches, and a height of 0.375 inches. Constructed from low carbon steel with a black oxide finish, it resists corrosion in light-duty shop environments. A cap screw is included. Machinists, toolmakers, and fixture builders install this type of component when setting up repeatable part-holding or gauging setups on the shop floor.

This jig foot suits light to medium fixturing applications in manufacturing, toolrooms, and fabrication shops. It threads directly into tapped holes in fixture plates, jig bodies, or tooling blocks, providing a solid, adjustable rest point. The small footprint and standard 1/4-20 thread size make it a common choice for modular fixture systems and custom tooling builds where precise part positioning is required.

Key Features

• 1/4-20 threaded shank for direct installation into standard tapped fixture holes
• 0.625 inch outer diameter contact surface provides a stable seating footprint
• Low carbon steel construction for durability in shop environments
• Black oxide finish offers light corrosion resistance
• Cap screw included for secure mounting
• Compact 0.375 inch height suits tight clearance fixture designs

Compatibility

Designed as a standard replacement or add-on jig foot for fixture plates and tooling assemblies using 1/4-20 threaded mounting holes.

Installation Notes

Installation is performed by machinists or toolmakers using standard hand tools. Ensure the receiving hole is cleanly tapped to 1/4-20 before threading in the foot. Power down any associated machine or fixturing system before making adjustments to installed jig feet. Do not overtighten, as low carbon steel threads can deform under excessive torque.