An innovative initiative focused on regenerating metallic and textile waste into advanced materials for Additive Manufacturing, with the goal of enabling circular production models, reducing environmental impact, and unlocking new high-value industrial applications.
RIGENER-AM sets out to transform industrial waste into a strategic resource for manufacturing. By regenerating discarded metallic and textile materials, the project develops new high-performance materials tailored for Additive Manufacturing, aiming for enhanced technical properties, improved sustainability, and greater efficiency across production chains. Backed by a dedicated funding program from the Lombardy Region, the 26-month roadmap spans from material research and processing to prototype development and performance validation, with the goal of bringing regenerated materials into real-world industrial use.
Main goals of the project:
- Create new metal alloys and polymer compounds from metallic and textile waste
- Develop innovative, high-value-added materials with a low environmental footprint
- Integrate computational design strategies to optimize production
- Validate solutions through functional and structural testing for industrial applications
- Expand the applicability of results to other sectors such as furniture, construction, and sports
Caracol’s role: from material validation to advanced applications
Caracol plays a central role in RIGENER-AM, leading the technological validation and application phases for polymer compounds from textile waste. Using its large-format Additive Manufacturing technologies, it is involved in the full experimentation workflow, from compound validation to the production of prototypes for real-condition functional and structural testing in Design applications. By integrating computational design strategies, it optimizes production, reduces material waste, enhances part performance, and turns RIGENER-AM’s research into scalable, industry-ready solutions.
