3DHEALS

We Follow #Scientists #Startups #Entrepreneurs #VentureCapital #3Dprinting #Medtech #DigitalHealth #TissueEngineering #ARVR #Startup #Pitch3D

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Most 3D printers never check what they did to your part. For patient-matched devices, the process record is the evidence. #Healthcare3DPrinting https://t.co/0d51K63JYC

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🦿 A 3D printed below-knee leg for ~$3K, yet only 1 in 10 who need one can get one.

Leaders from RIT, WSU, Spentys, Rightfit & Rapid Liquid Print, live Thu Nov 12, 8 AM PT.

https://t.co/MOpRuOzj8l
#3DPrinting #Prosthetics #MedTech

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https://t.co/cxiDRiYRIK

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ScaffoldForge, a diffusion model, designs a bone scaffold in about 12 seconds vs 140 minutes for topology optimization. Computational only so far. https://t.co/AwlFovsyLz

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Three Munich companies opened a shared medical 3D printing hub: PEEK implants, printed silicone and multi-metal dental parts. https://t.co/4CSN1T6aNv #Medical3DPrinting #PEEK

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A 3D printed soft implant cools the brain and records ECoG. In rodents, cooling suppressed seizure-like activity (Advanced Science). https://t.co/ocIa2hluwT #Neurotech #Epilepsy

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Which 3D Printing Businesses Are #Profitable? A Healthcare Focus in 2026

#medical3dprinting

https://t.co/IjP1VbaYCI

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This week: why medical 3D printers need closed-loop control and process records, Materialise and Align Q3, PharmaTher's FDA filing, corneal bioprinting and printed zirconia crowns.
https://t.co/7SKFLxgvky

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Which 3D Printing Businesses Are #Profitable? A Healthcare Focus in 2026

#medical3dprinting

https://t.co/IjP1VbaYCI

[3DHEALS @3dheals]

New in npj Biomedical Innovations: a four-stage digital-to-surgical workflow for chest wall resection and reconstruction using 3D-printed titanium implants made by laser powder bed fusion.

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Realigning the top of the spine with about 70% less force. A 3D-printed expandable titanium wedge spacer eased atlantoaxial (C1-C2) reduction in a patient-specific test model. Preclinical. https://t.co/ZO1NQZwevF

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Bioprinted muscle that lines itself up. A fibrin-based bioink prints skeletal-muscle filaments that self-align, with no sacrificial polymer and no second gelation bath. https://t.co/1QQ5xbLPp7

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#China is #3Dprinting more of everything. Is that a problem?
Tell us what you think #TheBigThing #LatticeBrief
https://t.co/qOoeDit48C

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Episode #129 | Additive Manufacturing Needs Policy To Reach Patients with Dr. Naomi Nathan https://t.co/lOOdFd2uYd via @YouTube

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What should #Biotools #Lifescience #tools startup do to prepare for an e... https://t.co/Lh4xHVCmJ1 via @YouTube

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How #Biotools Innovator selects top 15% #startups to pitch https://t.co/GCeQK9wP4J via @YouTube

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FDA changed one word: "animal" became "nonclinical." What it means for NAMs, bioprinting and biotools, in this week's Lattice Brief. https://t.co/XbxcQIdSQM

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Just published! The latest #TheLattice #podcast with Jim West III, MS Associate Director at BioTools Innovator

Jim has been on both sides of the table, as an entrepreneur and as an investor (imagine reviewing thousands of BioTools pitches over three years, and a multiple of investor conversations later). Does it make sense to invest in life-science tools when the exit is almost always an acquisition, not an IPO? What should biotools founders focus on to hit a home run? This episode is for everyone.

Show notes, audio, video: https://t.co/42gEs4TZfj

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A 3D-printed cookie made from plastic waste. https://t.co/JhecYRqm88