3DHEALS Community - Melbourne, Australia
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3DHEALS Community - Melbourne, Australia
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Since 2018, 3DHEALS has decentralized its community activities from San Francisco, California, USA, to more than twenty cities throughout the world. This growth was mostly organic by motivated and special individuals, 3DHEALS Community Managers, who came from all walks of life ranging from techies, and designers, to entrepreneurs, doctors, and investors. The goal of these local groups and events aims to bridge the knowledge and experience gap between 3D printing, an emerging technology, and the established healthcare and life science innovation ecosystem. It takes a village to make things happen! On February 23rd, 2023, we will invite these local communities into our virtual arena on Zoom Event by hosting two one-hour virtual events (9-10 AM, and 4-5 PM Pacific Standard Time). We would like to invite our entire healthcare 3D printing and bioprinting ecosystem to meet our community managers from all over the world after a long hiatus due to the pandemic. We anticipate a revival of in-person events and likely hybrid events later this year. We will provide our audience with a new and unique experience through our new Zoom Event platform, with more ways to engage fellow attendees. We will get our community managers and local partner organizations to update us first and then attendees can freely visit the community “booths” and connect in small groups. This presentation was presented by 3DHEALS Melbourne, Australian Community Manager William Harley https://3dheals.com/about/
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3DHEALS Community - Melbourne, Australia
- Presented by William Harley PhD Candidate Department of Biomedical Engineering The University of Melbourne
- 2 ✅ Tuneable, high resolution ✅ Non-contact, Label-free ✅ Biocompatible ✅ Fast actuation, selective Acoustic micromanipulation Bouyer et al, 2015 Rasouli et al, 2021 Create arbitrary patterns Improve resolution Integrative systems Coordinated bioassembly
- 3 3D printed microstructure patterning Control orientation/morphology of local acoustic field = preferred location of particle/cell aggregation HEK293 patterning 3µm particles Optimised oscillations > Amplified displacements Concerted actuation > Designed manipulation https://doi.org/10.1002/adfm.202211422
- 4 Project with Mingxin Xu Acoustic holographic patterning Result Hologram https://doi.org/10.1002/adma.202208002
- 5 Complete 3D Printing Guide 3D Printing Regulatory Updates AusBioprint
- 6 Australian Healthcare 3D Printing Hubs