Overview
BIO INX offers a portfolio of standardized bioinks for various 3D bioprinting technologies including deposition-based printing, multiphoton lithography, digital light processing, and volumetric printing. The company provides bioinks tailored for specific applications such as cartilage, bone, ocular, cardiac, and organ-on-chip tissues, as well as bioink precursors.
Key people
In the news
- From Light(jes van de Schelde) to Life! 💡🧬 Reflecting on an unforgettable week at the 50th anniversary meeting of the European Society For Biomaterials - ESB in Antwerp! 🇧🇪 This edition felt a little like welcoming the biomaterials community into our home, not only because it took place close to our Ghent headquarters, but also because the conference was chaired by our co-founder and scientific advisor Prof. Sandra. Van Vlierberghe, together with her co-chairs and BIO INX collaborators Prof. Veerle Bloemen and Prof. Liesbet
- 6,000 followers on LinkedIn! 🎉 To celebrate, we 3D printed “6000” using DEGRES INX, our biodegradable, shape-memory resin for DLP printing, as shown in the accelerated video! A huge thank you to everyone who has supported the BIO INX story over the past four years, and counting! Together, let’s continue advancing biofabrication and help take it beyond research into real-life applications. Onwards to 7,000! 🚀 P.S. Want more candid updates and behind-the-scenes footage? Make sure to follow BIO INX on Instagram as well
- Day 3 at European Society For Biomaterials - ESB, ESB 2026 in the beautiful city of Antwerp! 🧬 We are proud to support this special 50th-anniversary edition, chaired by BIO INX co-founder Professor Sandra. Van Vlierberghe. The conference has already brought some exciting highlights: 🔬 Simon Sayer of UpNano GmbH presented the use of HYDROBIO INX to create breast cancer models on chip. 🔬 Yesterday, Aysu Arslan presented her work on composite resins for volumetric bioprinting of osteochondral tissues using the Readily3D
- Getting ready for ESB 2026! 🧬 In preparation for next week’s ESB Conference, we had the pleasure of welcoming Lia Heiser and Leonie Hacker from our distributor, Carl Roth GmbH + Co. KG, to BIO INX HQ. As they were in the area ahead of the conference in Antwerp, we took the opportunity to discuss the latest trends in biofabrication, show them around our laboratories and offices, and our CSO Aysu Arslan gave them a hands-on demonstration of multiphoton lithography using one of our prototype next-generation resins. More on that coming
- Next week, BIO INX is playing a home match as we are heading to Antwerp for European Society For Biomaterials - ESB ESB 2026! 🇧🇪 We are proud to support the event as a Silver Sponsor and will be represented by Jasper Van Hoorick, Aysu Arslan and Cameron Milne, together with our scientific advisors Khoon Lim and Sandra. Van Vlierberghe. 📍 Catch Aysu at one of her poster presentations: 🔬 Tuesday | D1 – P119 | Poster 922 “Composite GelMA Bioinks for Volumetric Bone Bioprinting” 🔬 Wednesday | D2 – P124 | Poster 932 “Digital Light
- Les matériaux d’impression 3D de Bio INX contribuent à réparer du cartilageLa start-up gantoise Bio INX est pionnière dans les "bio-encres", des matériaux qui permettent d’imprimer des cellules en 3D. Un de ses produits a obtenu de bons résultats en préclinique pour la réparation des cartilages. Un autre a été testé dans l'espace.
L'Echo Entreprises · 27 Aug 2026
- Can microscopically small 3D-printed “cages” help the body regenerate damaged cartilage? 🦴🔬 A newly published preclinical study from researchers at Technische Universität Wien and their collaborators from the Ludwig Boltzmann Institute for Traumatology, The Research Center in Cooperation with AUVA and the Medical University of Vienna shows very promising results using BIO INX’s biodegradable high-resolution printing resin, DEGRAD INX. Using multiphoton lithography, the researchers printed spherical microscaffolds just a few
- Congratulations to BIO INX, a spin-off from Vrije Universiteit Brussel and Ghent University: their shape-memory resin, DEGRES INX®, was successfully used to 3D-print 28 nerve repair implants in orbit aboard the International Space Station. 🛰️🌍 During Mission AXLM-3, American firm Auxilium Biotechnologies used BIO INX' resin with its bioprinting platform to manufacture these implants. By leveraging microgravity, this breakthrough paves the way for advanced biomedical manufacturing that could one day shape the future of medicine
Alumni
Jasper Van HoorickProject Manager
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