Discover our ready to use inks

Find products by 3D print technology

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

Discover our bio ink precursors

  • 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.

  • 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.

Latest news

  • BIO INX and Readily3D Launch READYPCL INX – The First Polyester-Based Resin for Volumetric Bioprinting

    Ghent, Belgium / Lausanne, Switzerland – May 19, 2025 – BIO INX and Readily3D proudly announce the launch of READYPCL INX, the world’s first commercially available polyester-based resin for volumetric bioprinting. This innovation marks a significant milestone in the advancement of next-generation bioprinting materials and further cements the collaboration between the two pioneering companies.

  • Fastest High-Resolution 3D (Bio)Printer Ever Reported uses BIO INX Resins in its First Trials.

    A breakthrough in high-resolution 3D bioprinting with the use of DEGRAD INX U100, the world’s first polyester-based biodegradable resin, in a pioneering new two-photon polymerization (2PP) system. This revolutionary technology, developed in the research group led by prof. Aleksandr Ovsianikov at TU Wien, has set a new benchmark as the fastest high resolution 3D printer ever!

  • Advancing Cancer Research with 3D Bioprinting: New Study Highlights the Potential of HYDROBIO INX U200

    A groundbreaking study published in APL Bioengineering demonstrates how advanced 3D bioprinting can revolutionize cancer research by providing realistic in vitro models to study tumor invasion. The research, led by Federico Cantoni and colleagues, of the Maria Tenje Lab at Uppsala University showcases the use of multiphoton lithography to fabricate hydrogel scaffolds that mimic the ECM.

Upcoming events

  • Microphysiological Systems World Summit (MPS)

    Takes place on
    Monday, June 9, 2025

    Microphysiological systems (MPS) comprise a number of bioengineering breakthroughs that reproduce organ architecture and function in vitro.

  • 34th Annual Conference of the European Society for Biomaterials

    Takes place on
    Sunday, September 7, 2025

    The 34th Annual Conference of the European Society for Biomaterials will take place from September 7 to 11, 2025 in Turin, Italy.
    The motto of the ESB 2025 conference is “Biomaterials on the horizon”. The horizon opens our mind to new and at times unexpected discoveries, and reminds us of the charming challenges of our research.

  • Microtas 2025

    Takes place on
    Sunday, November 2, 2025

    The 29th International Conference on Miniaturized Systems for Chemistry and Life Sciences -
    Micro-Total Analysis Systems (µTAS 2025)

    Conference Chairs:
    Michael Breadmore, University of Tasmania, AUSTRALIA
    Rosanne Guijt, Deakin University, AUSTRALIA
    Craig Priest, University of South Australia, AUSTRALIA