Gibraltar 75283333 Jig Foot 3/8-16 Thread 1-1/4 in Od

Product Description

The GIBRALTAR 75283333 is a jig foot designed for use in fixturing and workholding applications. Machined from low carbon steel with a black oxide finish, this foot provides a stable base for jigs, fixtures, and precision setups on the shop floor. The 3/8-16 threaded shank allows for height and position adjustment when threaded into a mating body or fixture plate. The 1-1/4 inch outside diameter base distributes load evenly, and the 7/8 inch height suits standard fixturing clearance requirements. A cap screw is included. This component is installed by machinists, toolmakers, and fixture builders.

This jig foot is suited for light-duty industrial and manufacturing environments where repeatable positioning and stable support are required. It is commonly used in custom jigs, assembly fixtures, and machining setups where a threaded adjustable foot is needed to level or support a workpiece or fixture body. The black oxide finish provides mild corrosion resistance for indoor shop conditions.

Key Features

• 3/8-16 threaded shank for easy adjustment and secure engagement in fixture plates
• 1-1/4 inch OD base for stable load distribution on flat surfaces
• 7/8 inch overall height fits standard fixturing clearance needs
• Low carbon steel construction provides durability in shop environments
• Black oxide finish offers mild corrosion resistance for indoor use
• Cap screw included for complete out-of-box installation

Compatibility

Designed as a standard jig foot replacement or new-build component for fixtures and workholding assemblies using 3/8-16 threaded mounting points.

Installation Notes

Installation is performed by toolmakers or fixture builders using standard hand tools. Thread the foot into the mating 3/8-16 tapped hole in the fixture body and adjust to the required height before locking in place with the included cap screw. Verify that mating threads are clean and free of debris before installation to ensure full thread engagement and accurate positioning.