Gibraltar LEP2120-G Straight Ejector Pin 13/64 in Steel

Product Description

The GIBRALTAR LEP2120-G is a straight ejector pin used in injection mold tooling and die applications. It features a 13/64-inch pin diameter, an overall length of 8 inches, and a nitride finish for improved surface hardness and wear resistance. The pin is machined from steel, offering the strength and dimensional consistency required for repeatable ejection cycles in production tooling. Mold technicians and toolmakers install this pin as a direct component within mold base ejector systems.

This straight ejector pin is suited for use in plastic injection molds, die casting tooling, and stamping dies in both production and prototype environments. The 3/8-inch head diameter and 3/16-inch head height are sized to seat in standard ejector retainer plates. A pin length of 7.812 inches provides the working stroke depth needed in typical mold base configurations. This component is used in industrial toolrooms, moldmaking shops, and maintenance departments that service active production tooling.

Key Features

• Nitride finish increases surface hardness and extends service life in high-cycle ejection applications
• Steel construction provides strength and dimensional stability under repetitive load
• 13/64-inch pin diameter suits standard mold base ejector bore sizing
• 3/8-inch head diameter fits common ejector retainer plate pockets
• 7.812-inch pin length with 8-inch overall length for deep-set ejector configurations

Compatibility

Designed as a standard-style replacement or new-installation ejector pin for injection mold bases and die tooling that accept a 13/64-inch diameter straight ejector pin with a 3/8-inch head diameter.

Installation Notes

Ejector pins are installed and serviced by toolmakers and mold technicians. Always de-energize and lock out the molding machine or press before accessing the mold base. Confirm bore diameter, pin length, and head pocket dimensions against the mold design before installation. Pins should be inspected for straightness and surface condition before reuse; bent or pitted pins can cause flash or mold damage.