Structural failure and high resistance at the interface between battery packs and power-consuming devices. Eliminating connection vulnerabilities prevents power loss and thermal runaway under mechanical stress.

Labor-intensive manual handling of rigid battery fixings creates a throughput bottleneck. Automating the release of these components reduces safety risks and processing time.

Manual dismantling of high-voltage battery packs poses significant electrocution and chemical exposure risks to human operators. Automating this process eliminates direct human contact with unstable components during end-of-life processing.