3DHEALS

A defining moment for the next era of surgery. Join Advancing 3D Surgical Planning, a free virtual event on how 3D technologies are transforming surgical planning and care. Register: 3dheals.com/3d-surgical-pl… #MedTech #Surgery #3DPrinting #DigitalHealth #3DTech @DicomDirector @MaterialiseNV @namicsg

See you tomorrow! 3dheals.com/3d-surgical-pl…

podcast link: buzzsprout.com/1015072/episod… #YouTube: youtu.be/9PgME2RAmog?si…

Attended the @MaterialiseNV "3D Planning and Printing in Hospitals 2026 Forum" in Europe + sat down with CEO Brigitte de Vet-Veithen for a 40-min deep dive on #TheLattice Podcast.🧵 We covered: → Growth & acquisition strategy → Tech evolution in hospital 3D printing → Real barriers to personalized medicine at scale 🔗 Full episode +show notes: 3dheals.com/episode-114-in… #3DPrinting #MedTech #HealthTech #Materialise #Podcast #AI #Robotics #Personalizedmedicine

"Everyone Was Laughing about #3DPrinted #pharmaceutical , That was 10 Years ago youtu.be/84aEtB6nS30?si… via @YouTube

Complete show notes is now on line: 3dheals.com/episode-112-au…

How#3DPrinting Is Transforming #CompoundingPharmacy Forever: Prof. Alva... youtu.be/5omveyVUjmc?si… via @YouTube

The Future of #HIPDYSPLASIA treatment is personalized—and it’s happening... youtu.be/YGRfurDsbtk?si… via @YouTube

Excited to be presenting at the F50 Physical AI Summit next Wednesday in Silicon Valley. I'll be joining a group of founders and investors for a spotlight on breakout physical AI companies.

🚀 MM-Hand 1.0 Tech Report released: a 21-DoF multi-modal modular dexterous robotic hand with remote tendon-driven actuation. Motors are relocated outside the hand, freeing space for tactile sensors, joint encoders, in-palm stereo vision, and maintainable modular fingers. MM-Hand achieves 25N fingertip force through 1m tendon-sheath transmission and supports closed-loop joint control for dexterous manipulation research. Paper: arxiv.org/abs/2604.17245 Page: opendrivelab.com/MM-Hand #Robotics #DexterousHand #EmbodiedAI

Can a #robot’s shape influence how it senses, thinks and moves? Find out in this episode of @RobotTalkPod with @MorningChenying (@UniofOxford), exploring how a robot’s physical form contributes to processing, decision-making and movement. 🎧Listen here: shorturl.at/0p8bC

MIT engineers have developed “mini livers” that could be injected into the body and take over the functions of the failing liver. This would help patients who are on a waitlist for a liver transplant or those who aren’t healthy enough to tolerate surgery. news.mit.edu/2026/injectabl…

Just released: ARM's Q1 2026 Cell & Gene Therapy Sector Snapshot! 🧬 📊 Check out this year's CGT trends, including the latest clinical pipeline, regulatory developments, commercial outlook, and company raises. Access the report here: alliancerm.org/resources/?_re…

@GlobalTechFM @FabRx_3DP @YouTube Check out our full episode: buzzsprout.com/1015072/episod…

@3dheals @FabRx_3DP @YouTube Additive Fertigung im Pharma-Bereich fasziniert! 🚀 Individualisierte Wirkstoffgeometrien waren mit traditioneller Fertigung undenkbar. Welche regulatorischen Hürden seht ihr bei der Zulassung?

First Prototype of #3DPrinted #pharmaceutical #printer by @fabrx_3dp youtu.be/y22zxdgJPAY?si… via @YouTube

Listening to "Episode# 112 | Automating Compounding Pharmacies: Prof. Alvaro Goyanes, FabRx" at buzzsprout.com/1015072/episod…

@WSUPullman engineers built a beating, 3D‑printed left heart model so surgeons can rehearse valve repairs on realistic, moving anatomy—without animals or cadavers. #3DPrinting #CardiacSurgery #MedTech news.wsu.edu/press-release/…