Gibraltar BE-1064 Die Mold Ejector Blade

Product Description

The GIBRALTAR BE-1064 is a die mold ejector blade designed for use in injection mold tooling applications. Ejector blades are flat, precision-ground components used to push molded parts out of a die cavity after the molding cycle is complete. This blade measures 0.078 inches thick and 0.547 inches wide, with an overall height of 10.5 inches, making it suitable for molds requiring a flat ejection profile rather than a round ejector pin. Installation and replacement are typically performed by toolroom machinists or mold maintenance technicians.

Ejector blades like the BE-1064 are used in plastic injection molding and die casting operations where part geometry requires a flat ejector contact surface. They are commonly installed in mold bases across residential tooling shops and commercial production facilities. The flat blade profile helps eject parts with thin walls, slots, or other features where a round pin would not provide adequate support or would mark the finished part surface.

Key Features

• Flat blade profile suited for ejecting parts with complex or thin-wall geometry
• Blade thickness of 0.078 inches for precise fitment in matching mold slots
• Blade width of 0.547 inches for broad ejection contact surface
• Overall height of 10.5 inches accommodates deep mold bases
• Sold individually, allowing single-piece replacement without minimum quantity requirements

Compatibility

Designed as an OEM-style replacement ejector blade for die mold tooling applications requiring a 0.078-inch-thick by 0.547-inch-wide flat blade profile.

Installation Notes

Ejector blade replacement is performed by qualified toolroom technicians or mold maintenance personnel. The mold must be fully de-energized, cooled, and safely secured before any ejector system service begins. Blades should be checked for proper seating and clearance within the ejector plate before returning the mold to production. Follow all applicable shop safety procedures and equipment lockout protocols during service.