Description
The Lee Precision 9mm Luger Carbide 3-Die Reloading Set is designed to produce consistent pistol ammunition for precision handloading applications. Built specifically for the 9mm Luger cartridge, this die system provides the essential tools needed for resizing brass, expanding the case mouth, and seating bullets during the ammunition assembly process.
The carbide full-length sizing die allows straight-wall handgun cases to be resized without the need for case lubrication, helping streamline the reloading workflow and improve efficiency during high-volume loading sessions. The powder-through expanding die prepares the case mouth for projectile seating while supporting powder charging through the die during the reloading cycle. The bullet seating die allows precise seating depth adjustment while applying a taper crimp designed to maintain cartridge integrity for semi-automatic pistol platforms. Included Breech Lock bushings allow reloaders to install and remove dies quickly while preserving die settings between reloading sessions.
Quick Highlights:
• Product Type: Handgun Reloading Die Set
• Caliber Compatibility: 9mm Luger (9×19)
• Bullet Weight: Not Applicable
• Material: Steel with Carbide Sizing Insert
• Tip Type / Design: Carbide Handgun Die System
• Included Components: Carbide Sizing Die, Powder Through Expanding Die, Bullet Seating Die, Breech Lock Bushings
• Ideal For: Precision Reloading / Semi-Automatic Pistol Ammunition Assembly
Use Cases & Applications:
• Precision handloading
• Bench-mounted reloading setups
• Semi-automatic pistol ammunition assembly
• Straight-wall handgun brass processing
• High-volume handgun reloading workflows
Technical Details:
Manufacturer: Lee Precision
Model: Carbide 3-Die Set
Product Type: Handgun Reloading Die Set
Caliber Compatibility: 9mm Luger (9×19)
Bullet Weight: Not Applicable
Material: Steel with Carbide Sizing Insert
Finish: Factory Finish
Included Components: Carbide Sizing Die, Powder Through Expanding Die, Bullet Seating Die, Breech Lock Bushings
Engineered for serious handloading workflows where consistency, efficiency, and repeatable performance matter most.





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