Gibraltar BE-1062 Die Mold Ejector Blade 10.5in

Product Description

The GIBRALTAR BE-1062 is a die mold ejector blade designed for use in injection mold and die casting tooling applications. It serves the critical function of pushing finished parts out of mold cavities after each cycle, operating within the ejector plate assembly of the mold base. The blade measures 10.5 inches in overall length with a 6.0-inch blade length, a blade thickness of 0.078 inches, and a blade width of 0.359 inches. The head diameter is 0.625 inches with a head height of 0.25 inches and a shank diameter of 0.375 inches. This component is installed by mold makers, toolmakers, and die maintenance technicians working in precision manufacturing environments.

The BE-1062 is suited for use in injection mold tooling where flat, thin-profile ejector blades are required to clear ribs, slots, or narrow cavity features that standard round ejector pins cannot access. It fits into mold bases that accept bladed ejector components with a 0.625-inch head diameter seating configuration. Typical applications include production tooling for plastic injection molding in both prototype and high-volume manufacturing settings.

Key Features

• Overall length of 10.5 inches accommodates standard mold base ejector plate assemblies
• Blade length of 6.0 inches provides extended reach into deep cavity features
• Thin 0.078-inch blade thickness allows ejection of narrow ribs and slots inaccessible to round pins
• Blade width of 0.359 inches for consistent contact across flat ejection surfaces
• Head diameter of 0.625 inches and head height of 0.25 inches for positive seating in the ejector plate
• Shank diameter of 0.375 inches for alignment and support through the ejector plate bore

Compatibility

Designed as an OEM-style replacement ejector blade for die mold tooling assemblies that accept flat ejector blades with a 0.625-inch head diameter and 0.375-inch shank diameter.

Installation Notes

Installation is performed by qualified toolmakers or mold maintenance technicians. The mold must be fully powered down, hydraulic pressure relieved, and the ejector system disengaged before servicing ejector components. Blades should be seated flush in the ejector plate counterbore and checked for free movement through the stripper plate before the mold is returned to service. Do not force or bend the blade during installation, as thin-profile blades are susceptible to deflection damage under side load.