Mark 7 Reloading Optical DecapSense Sensor for 1050 Super

The Mark 7 Reloading Optical DecapSense Sensor for 1050 Super is a precision optical detection system designed to eliminate failed decapping operations on the Mark 7 1050 Autodrive reloading press. This sensor addresses a critical failure point in automated ammunition production: detecting whether a spent primer has been successfully removed before the cartridge advances to the next processing station. By using optical recognition technology, the DecapSense Sensor identifies incomplete decapping events that would otherwise go undetected—such as a broken decapping pin or a stuck primer that hasn't fully ejected—preventing defective rounds from progressing through your press.

The optical sensor system functions as a real-time quality control checkpoint at Station #2, where decapping occurs. Without positive confirmation that a primer pocket is empty, the round cannot advance to the swage station, eliminating the catastrophic failure mode of re-seating a primer that was never removed. This prevents ammunition that could cause dangerous malfunctions or press damage. The sensor integrates with the 1050 Super's automation logic, maintaining cycle efficiency while ensuring every round meets specification before proceeding through subsequent stations. Weighing 0.68 lbs with compact dimensions (9.4 x 2.2 x 9.75 inches), the DecapSense mounts directly into the 1050 Super's existing sensor architecture.

This is essential equipment for high-volume handloaders operating the 1050 Super who cannot tolerate quality failures. Whether running production for personal stockpiling, small-batch commercial loads, or competitive shooting supply, the DecapSense Sensor transforms manual inspection requirements into automated detection, reducing operator fatigue and eliminating the human error inherent in visual verification. Serious reloaders—those running extended sessions and dependent on consistent output—recognize that optical sensor verification is the practical answer to maintaining press reliability and ammunition integrity across thousands of rounds.