Motion sensors trigger RFID scans at stationary moments, enabling agitator inventory tracking without stop cycles or mechanical retrofits.
Motion sensing lets RFID antennas scan platelet bags during agitator movement, avoiding stop cycles, bag damage, and retrofit-heavy changes.
Localized electrode voids isolate dielectric defects in DEAP layers, reducing breakdown risk while enabling higher operating fields.
A stacked spiral coil with alternating metal and insulating layers boosts inductance in less space while lowering resistance and improving Q value.
A rotatable rack assembly automates transformer core segment stacking, eliminating operator waiting time during manual finishing steps.
A depression geometry in the contact element bending region guides the winding wire along a shortened path to reduce tensile stress.
Segmented reel spindles and an exchange unit enable instant band changes, eliminating the 10-15% downtime caused by single-reel interruptions.