This article examines AI's role in optimizing sustainable packaging for wearable healthcare devices, highlighting compliance strategies.
This article examines AI's transformative role in sustainable packaging for wearable healthcare devices, tracing its evolution from early material optimizations to cutting-edge compliance solutions. It begins with foundational AI applications in designing lightweight, recyclable packaging for devices like biosensors and smart patches. Current advancements showcase AI-driven eco-materials, real-time supply chain tracking via smart sensors, and automated compliance for audits and regulatory standards. By analysing recent innovations, the article demonstrates how AI minimizes waste, enhances recyclability, and ensures traceability—reducing costs and losses in pharma logistics. Looking forward, it explores trends such as biodegradable substrates for wearables and AI-optimized waste management. Despite challenges like data ethics and scalability, AI fosters global sustainable development in healthcare packaging. The article calls for interdisciplinary collaboration to maximize environmental and operational benefits.
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Datti et al. (2026) studied this question.
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