Firearm Reloading

FEATURES
-For .32 H&R Pistol
-3-die set
-Carbide full length sizing die
-Bullet seating die
-Powder thru expanding die
-Universal shell holder
-Powder dipper
-Instructions/load data

FEATURES
-For .45 Winchester Magnum
-3-die set
-Carbide full length sizing die
-Bullet seating die
-Powder thru expanding die
-Universal shell holder
-Powder dipper
-Instructions/load data

FEATURES
-Case actuated - Never spill a charge
-Elastomer wiper prevents powder shearing
-Machined body with labyrinth groove mates to the precision molded nylon drums providing a
leak-free fit with the finest powders
-Drum is actuated by a steel sector & pinion gear train
-Quick-change hopper has on/off valve to quickly change powders
-Swivel adapter makes moving measures fast & convenient
-Double charge disconnector reduces the chance of a double charge on progressive presses
(Press must have a fixed tool head or turret to use this feature)

FEATURES
-Quick trim die for 6.5 Creedmoor

FEATURES
-.357 Magnum
-Incorporates a collet to apply a rifle type crimp to the case
-Makes these very difficult to crimp cartridges a delight to reload
-Bullets do not need a crimp groove, as the collet is so powerful it will form one

Note: This die is not carbine.

FEATURES
-For 6.5 Creedmoor
-Case Length Gauge
-Precise, easy way to trim to length & square the case mouth
-Used with the Cutter & Lock Stud or Zip Trim

FEATURES
-Factory crimp die for .458 Socom
-Crimps bullet in place more firmly than any other tool
-A firm crimp improves accuracy
-Higher start pressure insures a more uniform pressure curve & less velocity variation

FEATURES
-Factory crimp die for .223 Remington
-Crimps bullet in place more firmly than any other tool
-A firm crimp improves accuracy
-Higher start pressure insures a more uniform pressure curve & less velocity variation

FEATURES
-Factory crimp die for .22-250 Remington
-Crimps bullet in place more firmly than any other tool
-A firm crimp improves accuracy
-Higher start pressure insures a more uniform pressure curve & less velocity variation