The MEC 1311095 Kinetic Bullet Puller provides reloaders with a reliable method to safely disassemble loaded cartridges without damaging components. This impact-style puller handles everything from .22 caliber up to .45-70 Government rounds with consistent results.
What Makes This Different
Unlike collet-style pullers that can mark bullet surfaces, the MEC 1311095 uses kinetic energy to separate bullets cleanly from cases. The aluminum construction withstands repeated impacts while the threaded design accommodates standard shell holders. This approach preserves bullet integrity for reuse while protecting case necks from deformation.
Key Features
- Kinetic impact system works with all bullet types and calibers
- Machined aluminum body with anodized finish resists corrosion
- Standard 7/8-14 threads accept most shell holders
- Knurled grip surface provides secure handling during operation
- Internal cushioning system protects pulled bullets from damage
- Compact 6-inch length stores easily in reloading bench drawers
- Works with both jacketed and lead bullets without surface marking
Field testing demonstrates consistent bullet extraction across various cartridge types, from precision rifle rounds to pistol ammunition. The kinetic action proves particularly effective with crimped military surplus cases that resist other extraction methods. Weather conditions don't affect performance, and the anodized finish maintains appearance after thousands of cycles.
Technical Specs
- Overall length: 6 inches
- Body diameter: 1.25 inches
- Thread pitch: 7/8-14 TPI
- Material: 6061-T6 aluminum alloy
- Finish: Type II anodized coating
- Compatible calibers: .22 through .45-70 Government
- Shell holder compatibility: Standard RCBS, Hornady, Lee patterns
- Country of origin: United States
Reloaders who demand component preservation choose the MEC 1311095 for its proven track record and versatile compatibility. Professional reloading operations and competitive shooters rely on this tool's consistent performance across diverse ammunition types.