This technology is a dismantling system designed for the safe disassembly of cylindrical battery cases. It features a guide mechanism that detects the battery surface profile in real-time to automatically adjust cutting depth, a ceramic cutting blade, and an internal environment control system equipped with temperature sensors, fire suppression, and inert gas injection.
Conventional manual battery dismantling processes often result in inconsistent cutting depths depending on operator skill, leading to significant risks of internal electrode assembly damage, short circuits, and fires. Furthermore, these methods struggle to accurately cut deformed batteries.
This technology maintains a consistent cutting depth by utilizing a guide—comprising rollers, caps, and springs—that tracks the battery surface near the cutting blade, coupled with an actuator linked to a control unit. It employs a ceramic blade and prevents fires during dismantling through inert gas injection and temperature-linked fire suppression within the chamber. Applicable to end-of-life battery recycling pretreatment lines and battery failure analysis laboratories, it enables the intact recovery of electrode assemblies without the need for skilled labor and prevents workplace fire accidents.
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