High-precision stamping presses rely on this locating pin to position sheet metal blanks with micron-level repeatability before the die closes. Inside the die assembly, the pin engages a pre-punched pilot hole in the blank, pulling the material into exact alignment with the punch and die cavities; without this reference, even a slight misfeed would cause edge burrs, part distortion, or tool damage on high-speed lines. Operators typically fit the pin into a hardened bush pressed into the die shoe, where it withstands side loads from the blank’s inertia during rapid indexing while maintaining a slip-fit clearance that prevents galling. In progressive dies, multiple pins work in sequence, each guiding the strip through successive stations—piercing, forming, and trimming—so that complex geometries like automotive body panels or appliance housings emerge with consistent flange dimensions and hole-to-edge tolerances. When the press cycles at 120 strokes per minute, the pin’s wear resistance ensures weeks of uninterrupted production before replacement, reducing changeover time in just-in-time stamping cells.