Fragmenting reagent tablets create a staged inflation profile, giving operators more time to position blast hole bags accurately.
Maps an operative blast zone from through-the-earth magnetic signal measurements so detonators are deployed only where fire commands stay above threshold.
Magnetic field strength mapping defines an operative blast zone so detonators stay within reliable through-the-earth fire command range.
Synchronized slots and randomized micro-slots cut reply-signal collisions in wireless blast systems while keeping setup time low.
A motor-driven screw automates uncoupled explosive charging, cutting manual handling, improving blasting efficiency, and supporting mixed explosives.
A hub-rotated spool separates the primer and control module to ease installation, improve wireless communication range, and simplify cable handling.
Low-altitude UAV metal detection combines terrain following, RTK GPS, and EMI control to locate UXO faster and more accurately.
Flexible elements and housing formations secure bulky electronic detonators in boreholes, maintaining position under explosive forces.
Mechanical gassing and homogenization stabilize gas bubbles in emulsion explosives, preventing migration and coalescence without additives.
A modular explosive housing uses controlled charge placement to breach doors or walls with less explosive weight and less structural damage.