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ANR PRCE – Magnelin4D – composites 4D fonctionnels à base de lignine par fabrication additive avec des performances de déclenchement magnétique améliorées par l’IA

The multidisciplinary project MAGNELIN 4D aims to design novel smart materials with magnetic actuation capabilities using additive manufacturing. This project brings together a strong consortium of three academic partners and an SME to conduct balanced, applied research at the intersection of material functionalization, plastics processing, numerical modeling, and artificial intelligence (AI)-driven process control.

  • 2022 to 2026
  • Lille
ANR PRCE – Magnelin4D – composites 4D fonctionnels à base de lignine par fabrication additive avec des performances de déclenchement magnétique améliorées par l’IA
  • Developing a bio-based magnetic filament characterized by a high lignin content.
  • Building an AI-based control environment designed to optimize the 3D printing process.
  • Creating innovative 3D structures featuring magnetic actuation capabilities.

These breakthrough technological solutions are intended to supply key industrial sectors, including electronics, energy, healthcare, materials, and services. By involving end-users from the very early stages of the project and scaling up the production of these bio-based magnetic filaments for future industrialization, MAGNELIN 4D aims to achieve rapid technological transfer and a significant impact on the additive manufacturing industry and its applications.

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  • CIRSES