Gibraltar BE-1065 Die Mold Ejector Blade

Product Description

The GIBRALTAR BE-1065 is a die mold ejector blade designed for use in injection mold tooling applications. Ejector blades are precision-ground components that push molded parts out of the mold cavity at the end of each cycle. This blade measures 0.078 inches thick and 0.609 inches wide, with an overall height of 10.5 inches. These dimensions make it suited for flat, blade-style ejection of thin-walled or ribbed part geometries where round ejector pins are not practical. Mold makers, toolroom machinists, and mold maintenance technicians are the primary installers of this component.

Ejector blades like the BE-1065 are used in plastic injection molds across a wide range of industries, including automotive, consumer products, and industrial components. They are typically installed in mold bases that require blade-style ejection for elongated or narrow part features. This blade is sold individually and is a direct replacement component for worn or damaged blades in existing mold tooling setups.

Key Features

• Blade thickness of 0.078 inches for precise fit in mold tooling slots
• Blade width of 0.609 inches for flat, blade-style part ejection
• Overall height of 10.5 inches accommodates standard mold base ejector plate configurations
• Sold as a single piece for targeted replacement without excess inventory
• Designed for repetitive cycle use in production injection mold tooling

Compatibility

Designed as an OEM-style replacement ejector blade for injection mold tooling requiring a blade with 0.078-inch thickness and 0.609-inch width.

Installation Notes

Ejector blades are installed and serviced by mold makers or toolroom machinists. The mold must be fully de-energized, de-pressurized, and cooled before any tooling components are removed or replaced. Blades should be measured for proper fit in the ejector blade pocket before final installation to ensure smooth ejection stroke movement. Consult the mold design drawings for correct blade orientation and retention method.