This presentation will explore the role of polymer materials in advancing both biomedical technologies and sustainable packaging solutions. It will highlight how bio-based polymers are being translated from material design and processing research into practical applications with real-world impact.
In the biomedical area, the talk will cover polymeric-based materials used for implantation systems, emphasizing their biocompatibility, resorbability, and the ability to precisely tailor mechanical and functional properties. These features enable the development of patient-specific solutions for regenerative medicine and next-generation medical devices.
The second part will focus on PLA in advanced packaging applications, with attention to strategies for improving thermal stability and overall material performance. This includes the design of sustainable, high-performance packaging systems that meet modern industrial requirements while reducing environmental impact.
Overall, the presentation will connect fundamental polymer science with application-driven innovation, showing how material engineering contributes to both healthcare solutions and sustainable technologies.
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