Forster Bench Rest .280 Ackley Improved Rifle Full-Length Sizing Die

Shop Forster Products
Forster Bench Rest .280 Ackley Improved Rifle Full-Length Sizing Die - Forster

Product Details

MSRP $63.99
MPN 005522
UPC 757253991066
Caliber .280 Ackley Improved

Description

The Forster Bench Rest .280 Ackley Improved rifle full-length sizing die is a precision-engineered tool designed for the meticulous resizing of rifle cartridges. This full-length sizing die is specifically crafted to accommodate the .280 Ackley Improved cartridge, ensuring optimal performance and consistency for Bench Rest shooting applications. Constructed from high-grade steel, the die offers exceptional durability and resistance to wear, maintaining its integrity through extensive use. The die's design incorporates advanced machining techniques to achieve precise tolerances, facilitating smooth and reliable resizing operations. This ensures that each cartridge is resized to exact specifications, promoting uniformity and enhancing the accuracy of the ammunition. The Forster die features a polished interior surface, reducing friction and minimizing the risk of case damage during the resizing process. Additionally, the die is equipped with a vent hole to prevent case damage by allowing trapped air and lubricant to escape during operation. This full-length sizing die is compatible with standard reloading presses, providing versatility and ease of integration into existing reloading setups. It is an essential component for reloaders seeking to achieve superior precision and consistency in their ammunition, making it an ideal choice for competitive shooters and precision enthusiasts. Resizes the case neck, shoulder and body, performs depriming and expands the case neck for optimal cartridge alignment and functionality Compatible with rifles chambered for a designated cartridge specification Enables the case to be re-chambered in any SAAMI minimum size rifle chamber with minimal play Precision-engineered using monolithic reamers to attain exceptional concentricity and alignment accuracy