Lee Inline Bullet Feed Die - 24 Cal

Description

Introducing the Lee Inline Bullet Feed Die - 24 Cal. Expertly designed for reloaders specializing in 24 calibre cartridges, including popular options like 6mm and 243 Winchester. This die accommodates a bullet diameter range of .238 to .245 inches, making it a versatile tool for enhancing the efficiency of your reloading process.

Crafted from durable all steel, this inline feed die employs a ball bearing escapement mechanism that ensures consistent and reliable bullet feeding. The spring-loaded positive ball carrier return feature further enhances operational reliability, allowing it to smoothly feed various bullet types, such as jacketed, cast, powder-coated, and copper-plated bullets. Additionally, the die can be easily configured for both long and short bullet lengths, catering to a wide array of reloading preferences.

The design is compatible with any press that has standard 7/8-14 threads, ensuring ease of integration into your existing reloading equipment. Each die is calibre-specific, meaning no adjustments are required. Setup is straightforward: simply place a case in your press, screw the Inline die in until it drops a bullet, and turn it an additional half-turn to finalize the adjustment.

Moreover, the Inline Bullet Feed Die includes a support tab for the optional multi-tube feed magazine, offering even greater reloading efficiency for those looking to speed up their work flow. Overall, the Lee Inline Bullet Feed Die - 24 Cal blends robust construction with user-friendly operation, making it an excellent choice for both novice and seasoned reloaders aiming to improve the speed and accuracy of their reloading tasks.

Features

• For use with 24 calibre
• Ball bearing escapement mechanism
• All steel construction
• For long and short bullet lengths
• Support tab for the optional multi tube feed magazine
• Spring loaded positive ball carrier return
• Works in any press with standard 7/8-14 threads
• Jacketed, cast, powder coated and copper plated bullets are reliably fed

Specifications