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Find products by 3D print technology

Inks for Deposition-based 3D Printing
Inks for Deposition-based 3D Printing
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Inks for Multiphoton Lithography
Inks for Multiphoton Lithography
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DLP/SLA
Inks for Digital Light Processing & Stereolithography
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Volumetric printing
Inks for Volumetric Printing
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Discover our bio ink precursors

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  • Our Mission

    Our Mission

    By developing and offering high quality bioinks and biomaterials, we aim to be your support in bioprinting to bring tissue engineering and regenerative medicine closer to clinical reality! To do so we provide researchers, clinicians and industry the unique tools for break-through research.

  • Our Expertise

    Our Expertise

    At BIO INX®, we are focusing on the commercialisation of materials and bioinks for 3D bioprinting by utilizing decades of academic experience in the field of polymers and biomaterials.

    Learn more
  • Our Team

    Our Team

    Our multidisciplinary team with backgrounds in chemistry and biomedical engineering has a combined 20 years of expertise in the field of polymers, (bio)materials, 3D printing and tissue engineering. Therefore we can provide you with the best possible solutions for all your biofabrication needs.

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Latest news

  • Top: 3D image of the introduced defect and µCT image of the defect before treatment. Bottom Left: µCT image of a knee joint treated with the cell containing 3D printed microscaffolds. Bottom right: the control group (right), where the green lines indicate the diameter and depth of the created defect. A clear improvement is observed in the treated group. (Image Courtesy of TUWIEN)

    BIO INX Material Enables Functional Cartilage Regeneration in Rabbit Study

    August 26, 2026

    BIO INX is proud to announce that its biodegradable high-resolution printing resin, DEGRAD INX, has been successfully used in a groundbreaking preclinical study demonstrating the regeneration of functional cartilage in rabbits. The research, conducted by scientists at TU Wien in the research group of Prof. Aleksandr Ovsianikov, by PhD Student Oliver Kopinski- Grünwald and collaborators.

  • DEGRES INX Resin Successfully Printed Aboard the International Space Station

    DEGRES INX Resin Successfully Printed Aboard the International Space Station

    August 20, 2026

    BIO INX is proud to announce that its polyester-based shape-memory resin, DEGRES INX®, has been successfully used for 3D printing aboard the International Space Station (ISS). Auxilium Biotechnologies used DEGRES INX® to manufacture nerve repair scaffolds in orbit with its autonomous AMP-1 bioprinting platform.

  • Start-ups of Tomorrow

    BIO INX Selected as One of Start it @KBC’s 17 “Start-ups of Tomorrow” on the 2026 Love Tomorrow Summit

    August 6, 2026

    Boom, Belgium - 23/07/2026 – BIO INX was honored to be selected by Start it @KBC as one of its 17 “Start-ups of Tomorrow”, with each company representing one of the United Nations Sustainable Development Goals. BIO INX was chosen to represent SDG 15.

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Upcoming events

  • Biofabrication 2026

    Biofabrication 2026

    Takes place on
    Monday, November 2, 2026

    BIO INX is excited to be attending Biofabrication 2026, taking place from 2–6 November 2026 in Monterrey, Mexico.
    The International Conference on Biofabrication brings together researchers, innovators, and industry leaders from around the world to explore the latest developments in biofabrication.

  • Alpine Winter School for Biofabrication

    Alpine Winter School for Biofabrication

    Takes place on
    Sunday, January 10, 2027

    BIO INX is excited to join the 4th Alpine Winter School for Biofabrication, taking place from 10–13 January 2027 in Radstadt, Austria.

    The Alpine Winter School brings together leading scientists, early-career researchers, and experts from the biofabrication community for an intensive scientific program focused on the latest developments, challenges, and opportunities in the field.