
In recent years, Vigo and the broader region of Galicia have become a prominent center for research and development in biofabrication. This multidisciplinary field blends biology, engineering, chemistry, and medicine to create tissues, biomaterials, and medical devices using techniques such as 3D bioprinting, cell culture, biocomposites, and microfluidics.
The Iberos+ Institute (Biofabrication Network for Healthy Aging), led by the University of Vigo, brings together 14 entities from Galicia and Northern Portugal, including universities, research centers, and innovative companies. With over 150 researchers involved, the network focuses on tissue engineering, personalized medicine, organ-on-chip technologies, biomaterials, and 3D bioprinting.
Notable companies in the initiative include:
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BFlow, working on organ-mimicking microfluidic systems.
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Beta Implants, which designs and manufactures veterinary implants.
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iBoneLab, specializing in preclinical testing of biomaterials.
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Other partners from Portugal working on personalized drug delivery systems.
Research and Innovation at the University of Vigo
New Materials Group (Cintecx)
Led by Professor Pío González, this group developed Biofast, a marine-based bioceramic derived from shark teeth, designed for bone regeneration. It has received recognition for its high potential in clinical applications, especially in dentistry and orthopedics.
The group also organizes academic events and scientific outreach activities related to biofabrication, including a lecture series with international experts in chronic wound healing, scaffold sterilization, and regenerative medicine.
BioPRINTEX Project (Chemical Engineering Department)
Researchers Pablo Sánchez Vázquez and Begoña González de Prado are leading a national project focused on converting industrial by-products — from the wood, fishing, and algae industries — into biofabricated textile fibers using 3D printing. Materials such as lignin, chitosan, and seaweed-derived carbohydrates are being transformed into fibers, films, and sponges with tailored physical and chemical properties.
BioStruct Project (Amura)
The Vigo-based company Amura, in partnership with the University of Vigo, is developing BioStruct, an ambitious industrial project to manufacture small boats made entirely from biocomposites, using flax fibers and bioresins. The initiative also explores wind turbine blade production using similar sustainable materials, aiming to introduce ecological alternatives to traditional composites.
Other Leading Researchers in the Region
Several other key scientists in Vigo contribute significantly to biofabrication and related fields:
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Luis Liz Marzán, an expert in plasmonic nanoparticles and nanomedicine, currently leads a major research group focused on biomedical applications of nanotechnology.
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Mónica Carrera Mouriño, a specialist in proteomics and biotechnology, is conducting advanced research in food safety and bioanalytical methods.
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Professors such as Julia Serra, José Ángel López Campos, África González Fernández, and Stefano Chiussi are all active contributors to the inter-university Master’s in Biofabrication, offered jointly by the universities of Vigo, Santiago de Compostela, and A Coruña.
So Vigo is emerging as one of Spain’s most dynamic centers for biofabrication, thanks to its advanced research capabilities, collaborative ecosystem, and strong links between academia and industry. From marine-based biomaterials and 3D-printed fibers to sustainable composites for boats and blades, local experts are shaping the future of regenerative medicine and green technology. Their work demonstrates a successful blend of innovation, sustainability, and real-world application.
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