Abstract: Provided is ammunition decapping apparatus 10 comprising a decapping platform 12, a case receptacle 14, a die gantry 40 arranged over the decapping platform 12 and including a reciprocating die mount 42, and a case feeder 46 configured to operatively feed a case upright onto the decapping platform 12. Also included is a case urger 48 configured to urge a case fed from the case feeder 46 into the case receptacle 14, and an actuator arrangement 50 configured to actuate the case urger 48 and die mount 42 so that a case is fed into the decapping receptacle 14 and a die 44 mounted in the die mount 42 is able to decap the case.

Abstract: Provided is an ammunition case roll sizing apparatus 10 which comprises a base 12 which typically defines a surface 14 along with a case receptacle 16 proximate the surface 14. The base 12 also includes a former 18 protruding from a boundary of the surface 14. The apparatus 10 further comprises a circular disk 20 which is rotatably flat mounted onto the surface 14 of the base 12 so that a case channel 22 is complementarily defined between the disk 20 and the former 18. The disk 20 is operatively rotatable via a rotational actuator 24. Also included is a case feeder 26 configured for operatively receiving a plurality of cases 28 and for feeding a case lengthwise into the case receptacle 16 of the base. Further included is a case pusher 30 which is configured to be operatively actuatable by the rotating disk 20 in order to push a case 28 from the case receptacle 16 into the channel 22 to roll-size the case.

Abstract: Provided is an ammunition case roll sizing apparatus 10 which comprises a base 12 which typically defines a surface 14 along with a case receptacle 16 proximate the surface 14. The base 12 also includes a former 18 protruding from a boundary of the surface 14. The apparatus 10 further comprises a circular disk 20 which is rotatably flat mounted onto the surface 14 of the base 12 so that a case channel 22 is complementarily defined between the disk 20 and the former 18. The disk 20 is operatively rotatable via a rotational actuator 24. Also included is a case feeder 26 configured for operatively receiving a plurality of cases 28 and for feeding a case lengthwise into the case receptacle 16 of the base. Further included is a case pusher 30 which is configured to be operatively actuatable by the rotating disk 20 in order to push a case 28 from the case receptacle 16 into the channel 22 to roll-size the case.