3D Bioprinting

🖼️ Free Webinars & lab visits: 3D printing & medical implants! (2025-2026)

Registration:  Email now to reserve your spot : Email to jutta.wirth@wur.nl.

Meet top speakers from science, industry & funding:

Webinar Program: The Future of Medical

Date: Thursday, November 6, 2025
Time: 15:00 to 16:00 CET.

15:00–15:05 | Welcome & Introduction
Zerafet Tenwolde-Cansizoglu, Jutta Wirth & Roland Donk
15:05–15:25 | Metamaterial mandibular Implants

Anastasiia Krushynska (University of Groningen)
15:25–15:45 | From idea to impact: Funding the future of medical innovation
Nick de Kuyper (PNO Innovation)
15:45–15:55 | A Quick Insight –3D Printing for Personalized Medical Implants
Zerafet Tenwolde-Cansizoglu (CEO, Z3Dlabs)
15:55–16:00 | Discussion & Interaction: Closing & Final QuestionsFree Registration: Use the link below or email to jutta.wirth@wur.nl to receive a calendar invite. The session will be held online, with an additional on-site lab visit opportunity at Z3Dlabs B.V.Webinar Implants

Previous Webinar: The Future of Medical Implants

Date: Thursday, October 9
Time: 15:00–16:00 CET
Location:

Webinar Access: Please email to jutta.wirth@wur.nl
This session will also include on-site lab visit opportunity at Z3Dlabs B.V.

Program

Time: 15:00–16:00

Registration

Gebruik bij uw registratie het e-mailadres:  jutta.wirth@wur.nl.

Organized by:

  • Zerafet Tenwolde-Cansizoglu, CEO Z3Dlabs B.V.
  • Jutta Wirth, Wageningen University and Research
  • Roland Donk, Z3Dlabs B.V.

These sessions will highlight developments in 3D-printed implants and their impact on healthcare. A lab visit is possibly with the webinar at 9. Oktober.

Why join?
Gain insights into innovative MedTech applications
Engage with experts in the field
Participate from anywhere

The next session on Thursday, November 6, 2025, from 15:00 to 16:00 CEST|
Title: The Future of Medical Implants.
Speaker: Prof. Dr. A.O. (Anastasiia) Krushynska

3D bioprinting is used for the production of artificial organs. A Computer Aided Design (CAD) is used to visualize the specifications and patterns of the three-dimensional organ. In this way various organs systems can be engineered as three-dimensional (3-D) structures. The 3D bioprinting technique allows to combine various cells and biomaterials freely in 3D space and to study them in a systematic and reproducible way. Read the new article on 3D-Bioprinting from Jutta Wirth in the current issue of  Deutscher Ärzteverlag MTA Dialog 2016 17 (12) 689-692. DOI:10.3238/MTADIALOG.2016.0689. 

In de spotlight: 3D-bioprinting – technologieën, toepassingen en uitdagingen
Een nieuw vakartikel van Jutta Wirth verschijnt in oktober 2025 in MT im Dialog: https://www.mtdialog.de/fachbeitraege

3D Biodruck, 3D-Bioprinting, Computer Aided Design, CAD, Tissue Engineering 3D-Organmodelle, additive Fabrication, 3D gedruckte Organe, 3D Modell

3D Biodruck, 3D-Bioprinting, Computer Aided Design, CAD, Tissue Engineering
3D-Organmodelle, additive Fabrication, 3D gedruckte Organe, 3D Modell