Gibraltar BE-1061 Die Mold Ejector Blade

Product Description

The GIBRALTAR BE-1061 is a die mold ejector blade designed for use in injection mold tooling applications. Ejector blades transmit mechanical force to push molded parts free from the mold cavity at the end of each cycle. The BE-1061 measures 0.078 inches thick and 0.296 inches wide, with an overall height of 10.5 inches, making it suited for thin-slot ejection where standard round ejector pins cannot fit. Mold makers and tooling technicians select this style of blade when part geometry requires a flat, rectangular contact face for clean, consistent part release.

This ejector blade is intended for use in plastic injection mold tooling across residential and industrial manufacturing environments. It fits into ejector plate assemblies where blade-style ejection is required due to part geometry, rib features, or narrow cavity profiles. The 10.5-inch length accommodates a range of mold plate stack heights, and the precision-ground dimensions allow drop-in fitment in properly sized blade pockets without secondary machining in most cases.

Key Features

• Blade thickness of 0.078 inches for narrow-slot ejection applications
• Blade width of 0.296 inches provides a flat contact face for consistent part release
• 10.5-inch overall height accommodates varied mold plate configurations
• Single-piece construction for direct installation into ejector plate assemblies
• Sold individually, allowing targeted replacement of worn or damaged blades

Compatibility

Designed as an OEM-style replacement ejector blade for plastic injection mold tooling assemblies requiring a flat blade profile in place of standard round ejector pins.

Installation Notes

Ejector blade replacement is performed by qualified mold makers or tooling technicians. The mold must be fully de-energized, cooled, and removed from the press before disassembling the ejector plate assembly. Blade pockets should be inspected for wear or damage before installing the replacement blade. Confirm blade length, width, and thickness match the mold specification before final assembly.