Gibraltar LEP2117-G Straight Ejector Pin 3/16 in Steel

Product Description

The GIBRALTAR LEP2117-G is a straight ejector pin used in injection mold tooling to push finished parts out of a mold cavity at the end of each cycle. It features a 3/16 inch pin diameter, an overall length of 8 inches, and a pin length of 7.812 inches. Constructed from steel with a nitride finish, this pin is designed for durability and wear resistance in high-cycle mold environments. The 3/8 inch head diameter and 3/16 inch head height allow it to seat securely in standard ejector plate configurations. This component is installed and maintained by toolmakers and mold technicians.

Straight ejector pins like the LEP2117-G are standard components in plastic injection molding, die casting, and stamping tooling. They are used wherever consistent, reliable part ejection is required across production runs. This pin is suited for both new mold builds and replacement applications in existing ejector systems. Its nitride surface treatment improves surface hardness and extends service life in abrasive or high-temperature mold environments.

Key Features

• Straight ejector pin design for standard injection mold and die cast tooling
• 3/16 inch pin diameter with 7.812 inch pin length for precise cavity reach
• 3/8 inch head diameter seats securely in ejector plate bores
• Steel construction with nitride finish for improved hardness and wear resistance
• 8 inch overall length accommodates typical mold base configurations

Compatibility

Designed as a standard-profile straight ejector pin for use in injection mold, die cast, and stamping tooling applications that accept a 3/16 inch diameter ejector pin with a 3/8 inch head diameter.

Installation Notes

Installation is performed by qualified toolmakers or mold technicians during mold assembly or maintenance. De-energize and lock out all press and mold equipment before accessing the ejector system. Verify pin diameter, head diameter, and overall length against the mold drawing before installation to confirm proper fit and stroke clearance. Do not force or modify pins to fit non-matching bores, as this can cause premature pin failure or mold damage.