Gibraltar LEP2119-G Straight Ejector Pin 13/64 in Steel

Product Description

The GIBRALTAR LEP2119-G is a straight ejector pin used in injection mold tooling to push finished parts out of the mold cavity at the end of each cycle. Machined from steel with a nitride finish for improved surface hardness and wear resistance, this pin measures 13/64 inches in diameter with an overall length of 6 inches and a usable pin length of 5.812 inches. The headed design — 3/8 inch head diameter, 3/16 inch head height — seats securely in the ejector plate and resists pull-through under repeated cycling loads. Toolmakers and moldmakers install these pins during mold build or as replacement components during scheduled maintenance.

This ejector pin is suited for use in injection molds, compression molds, and die casting tooling where a standard straight ejector pin configuration is required. The 13/64 inch diameter fits standard mold bases drilled to that specification. The nitride finish reduces galling and extends service life in high-cycle production environments. This pin ships individually and is appropriate for both new mold builds and replacement in existing ejector systems.

Key Features

• Straight ejector pin design for standard mold base applications
• Pin diameter: 13/64 inches for precise fit in matching bored plates
• Overall length of 6 inches with 5.812 inch pin length
• Steel construction with nitride finish for surface hardness and wear resistance
• 3/8 inch head diameter and 3/16 inch head height for secure ejector plate retention

Compatibility

Designed as a standard straight ejector pin replacement for injection mold, compression mold, and die casting tooling that requires a 13/64 inch pin diameter and 6 inch overall length.

Installation Notes

Ejector pins are installed and serviced by toolmakers or moldmakers during mold build or preventive maintenance. Always confirm the pin diameter, pin length, and head dimensions match the ejector plate and retainer plate specifications before installation. Ensure the mold is fully de-energized, hydraulic or pneumatic pressure is relieved, and the press is locked out before accessing the ejector system. Do not force the pin into an undersized bore, as this can cause pin breakage or bore damage.