Gibraltar BE-1011 Die Mold Ejector Blade

Product Description

The GIBRALTAR BE-1011 is a die mold ejector blade designed for use in injection mold tooling applications. This blade measures 0.046 inches in thickness and 0.100 inches in width, with an overall height of 6.5 inches. Ejector blades serve as precision components in the mold ejection system, pushing molded parts clear of the cavity after each cycle. The BE-1011 is a replacement-grade component suited for mold makers, toolroom technicians, and die maintenance professionals working with injection mold assemblies requiring thin, flat ejector elements.

This ejector blade is used in injection mold tooling where a flat, blade-style ejector pin is required to release parts with narrow slots, ribs, or thin-wall features. It is typically installed in the ejector plate assembly of a plastic injection mold. The blade profile allows it to reach into tight geometries where round ejector pins cannot provide adequate contact area. Mold maintenance shops and toolrooms handling high-cycle production molds are the primary end users of this component.

Key Features

• Blade thickness of 0.046 inches suits narrow ejection channel applications
• Blade width of 0.100 inches provides a flat contact surface for thin-walled or ribbed part geometries
• Overall height of 6.5 inches accommodates standard ejector plate stack depths
• Replacement-grade construction for ongoing mold maintenance and toolroom use
• Sold individually, allowing single-piece replacement without surplus stock

Compatibility

Designed as an OEM-style replacement ejector blade for die mold tooling assemblies requiring a 0.046-inch-thick by 0.100-inch-wide flat ejector element.

Installation Notes

Ejector blade installation should be performed by a qualified mold maker or toolroom technician familiar with ejector plate assemblies. Shut down and de-energize the molding machine and relieve any hydraulic pressure before opening the mold and accessing the ejector system. Verify blade length, thickness, and width against the existing cavity block and ejector plate tolerances before installation. Improper fit or misalignment can result in blade breakage or part ejection failure.