Lee Semi-Wadcutter Pistol Mould (Handles Sold Separately) - 6 Cavity .358" 105 gr

The Lee Semi-Wadcutter Pistol Mould with 6 Cavity .358" 105 grain design is a high-volume reloading and bullet casting solution engineered for precision handloaders and ammunition manufacturers. Built from aluminum alloy and featuring CNC-machined block halves, this mould delivers consistent casting results while minimizing operator fatigue during extended production runs. The semi-wadcutter profile is optimized for pistol applications where reliable chambering and consistent ballistics are non-negotiable.

The aluminum construction offers distinct advantages over traditional blued steel alternatives. Aluminum's lower density reduces hand and arm strain during repetitive casting cycles, while its superior thermal cycling performance—rapid heat absorption and faster cooling—accelerates production throughput without compromising dimensional accuracy. The material's inherent corrosion resistance eliminates rust concerns in humid or coastal reloading environments. CNC-machined cavity precision ensures bullet-to-bullet uniformity, critical for competitive or duty ammunition where velocity spreads and accuracy performance demand tight controls. The 6-cavity configuration multiplies output per cycle, making this mould economical for serious volume production.

This mould serves reloaders, ammunition manufacturers, and shooting competitors who cast their own projectiles for 9mm, .38 Special, .357 Magnum, or other pistol cartridges using .358" diameter bullets. The 105-grain semi-wadcutter weight provides a moderate-velocity, moderate-recoil load suitable for training, indoor range work, and defensive scenarios where controllability matters. Note that handles are sold separately, allowing you to pair this mould with Lee handles of your choice or integrate it into existing casting setups.

Lee Precision's aluminium moulds have established a strong reputation in the reloading community for balancing cost-effectiveness with functional reliability. This 6-cavity mould positions high-volume casters to achieve economies of scale while maintaining the dimensional consistency that separates quality hand-cast ammunition from substandard production.