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SAATI continues to invest in innovation at the intersection of advanced materials and healthcare with the development of Smart Arterial Filters 3D, a project aimed at redefining performance and sustainability in critical medical applications.
The initiative is being developed within the framework of innovation, industrial research, and experimental development projects managed by the MADE Competence Center and NextGenerationEU, co-funded by the Italian PNRR, under Mission 4 (Education and Research), Component 2 (From Research to Business), Investment 2.3.
At its core, the project focuses on the development of a sustainable and scalable alternative to traditional textile filters, leveraging advanced 3D printing technologies. The goal is to create next-generation arterial filters capable of separating and capturing gaseous microemboli in the bloodstream during delicate procedures such as open-heart surgery, transfusions, and infusions.
By rethinking both materials and production processes, SAATI is working to enhance filtration efficiency, optimize performance, and improve patient safety, while also addressing the need for more flexible manufacturing solutions.
Smart Arterial Filters 3D represents a significant step in SAATI’s ongoing innovation journey, combining its long-standing expertise in technical textiles with emerging capabilities in additive manufacturing.
The finalization of the product is expected by summer 2026, marking an important milestone in bringing this technology closer to real-world clinical application.
Through projects like this, SAATI reaffirms its commitment to developing solutions that go beyond performance, contributing to meaningful progress in sectors where innovation can make a material difference.
