Circular Additive Manufacturing
In May 2024, Tessilquattro, part of the Aquafil Group, took part in an important project that could redefine the future of additive manufacturing: the MAGRITTE project. This research and development initiative involves prestigious partners such as ProM Facility from Trentino Sviluppo S.p.a, Caracol AM, the University of Trento, and Indiveni.re, with a clear and revolutionary goal: to create a compound based on ECONYL® nylon optimized for large-scale 3D printing, fully recyclable and regenerable.
At the heart of the MAGRITTE project is the development of an innovative material based on the ECONYL® polymer, enriched with additives designed to ensure high performance in the field of Large Format Additive Manufacturing (LFAM). The goal is twofold: on the one hand, to create a compound that can be printed with precision and reliability, and on the other, to ensure that the material can be regenerated and reintegrated into the production cycle, offering a circular solution.
The MAGRITTE project not only addresses environmental sustainability but also aims for a revolution in the production field. Thanks to the freedom of geometry and form offered by additive manufacturing, it will be possible to print modular components and furnishings without the need for mass production. Each piece can be made on demand, drastically reducing waste and avoiding the need to accumulate unused stock.
Another crucial goal of the MAGRITTE project is the replacement of fiberglass in 3D printing. The new material, unlike traditional compounds, will be entirely recyclable at the end of its life cycle, enabling complete recovery and more efficient use of resources in various application sectors.
MAGRITTE is a project that looks to the future with a clear vision: reducing the impact of fast furniture with innovative and circular solutions that optimize production processes and reduce the footprint of interior products on the environment.
With the support of our partners and the know-how of the Aquafil Group, we are working to develop solutions that combine performance, creativity, and respect for the environment.
