#vet3dprinting #repost 🐶 🐩 🐱 🐦 @thiagosarocha.vetcraft3d
An Introduction to Scaffolds for Tissue Engineering of the Bone and Cartilage https://bit.ly/3wrdR6E #ExpertCorner #medical3dprinting #bioprinting #3DTech
#repost @themadcadder Here's what designing with AI can yield... Soooo much less material needed and soooo much less weight! I heart generative design ❤️ #fusion360
Before curing the resin, the structure appears clear but after photopolymerization it will become opaque #repost @alejandroquesada93 Un bosque de impresión 3D 🌲🌲
Esta foto fue tomada justo antes del proceso de limpieza de la impresión, en ella podemos apreciar como la estructura se encuentra saturada de resina líquida sin curar. En este caso la resina es totalmente transparente y se volverá opaca una vez la resina en estado liquido se disuelva en los alcoholes que actúan como solventes durante la limpieza.
Una vez limpia, la textura superficial del objeto entrará en contacto con la luz y esta se refracte de manera difusa volviéndose opaco.
#digitaldental #digitaldentistry #guidedsurgery #implantology #3dprinting #3dprintinglife #3dprint #dental3dprinting #odontologiadigital #prosthodontics #dentistry #dental #dentistryworld #dentista #asiga #detaxfreeprint #dentalsurgery #dentalphoto
3D Printing In Hospitals: A Beginner's Guide 1/5 https://3dheals.com/3d-printing-in-hospitals-a-beginners-guide #ExpertCorner #medical3dprinting #bioprinting #3DTech
#repost @dwssystems Several visits to get a restoration? Not anymore.
Natural-looking restorations in only one visit: in-house direct print production of crowns, bridges, inlays, onlays and veneers with the shading exactly reproduced!
Press "like" if you would also prefer to reduce the number of your patients' visits and make them happy 😉
Discover more about DFAB, Photoshade technology and materials for restorations Irix Max, Irix Plus and Temporis on dwssystems.com or write to [email protected]
#dws #dwssystems #medicaldevices #BioMed #medical3dprinting #medical3dprintingworkflow #medical #thinkdigital #digitalworkflow #digitaldentistry #dental #orthodontics #3dorthodontists #practisemanagement #digitalorthodontics #digitalprosthetics #digital #3dprinter #3d #3dprinting #additivemanufacturing #materials #3dp #technology #restorations #3dprinted #innovation #dental3dprinting
#repost @btechdental Formlabs' in Amerika'da başarıyla kullanılan Dijital Hareketli Protez Reçineleri çok yakın zamanda stoklarımızda!
CE sertifikalı ve biyouyumlu Formlabs Dijital Hareketli Protez Reçinelerinin, dört yarı saydam pembe kaide rengi ve altı tamamen karakterize edilebilir diş renk seçeneği mevcuttur. Bu reçineler ile gerçeğe yakın, uzun ömürlü ve aşınmaya dayanıklı protezler üretebilirsiniz. Daha fazla bilgi için BTech Merkez Ofisi +903122270089 arayabilir ya da [email protected] adresine mail atabilirsiniz. @formlabs @formlabsdental @btechinnovation
3D Bioprinting Glioblastoma Models for Drug Screening https://3dheals.com/3d-bioprinting-glioblastoma-models-for-drug-screening #ExpertCorner #medical3dprinting #bioprinting #3DTech
#repost @brinter3d Brinter Raises €1.2M in Seed Funding to Accelerate 3D Printing Bioscience Research and Manufacturing for Uses That Range from Personalized Drugs to Human Spare Parts. https://www.brinter.com/press-and-news/brinter-raises-e1-2m-in-seed-funding-to-accelerate-3d-printing-bioscience-research-and-manufacturing-for-uses-that-range-from-personalized-drugs-to-human-spare-parts/
#repost @geadditive In the first decade of the 2000s, most spinal cages were made from polyether ether ketone (PEEK) and occasionally further developed with a secondary process, such as plasma-spray coating, to create a rough and porous surface that increases the osseointegration (bone ingrowth). In some cases, PEEK implants caused an inflammatory response and promoted fibrous tissue formation instead of bone formation.
With metal additive technology spinal implants have much improved. Additive offers unique capabilities for creating and easily manufacturing open structures that mimic trabecular bone (or porous structures). Also, due to the freedom in design, additive makes it possible to incorporate new design features and additional functions to the cage. Smooth edges and round shapes can promote the insertion of the cage and reduce the risk of damaging the soft tissue.
The Latest...
The Lattice 79: Healthcare 3D Printing Newsletter
About the Lattice this week: Do you believe this beautiful 3D printed lattice is just a waste? We found these great photos from @addmio. It is time to think about all the plastic waste we produce...
3DHEALS Instagram Live: Medical 3D Printing with Co-Founder of Anatomiz3D Firoza Kothari
This post collects podcast and video recording of a recent IG Live interview with the co-founder of Anatomiz3D Firoza Kothari. Anatomiz3D is an Indian medical 3D printing startup focusing on a...
3DHEALS Instagram Live Recording: Dental 3D Printing with Innov3D Founder Dr. Mayra Vasques
A picture is worth a thousand words. This a recording of our recent IG live session. We had the pleasure to interview Dr. Mayra Vasques, founder of Innov3D. She is also an educator and a passionate...
3D Printing Against COVID19 (Updated Press Collection)
This is a weekly updated collection of press articles on innovations using 3D printing against COVID-19, complementing our existing COVID19 3D Printing information page, which includes our webinar...
The Lattice 78: Healthcare 3D Printing Newsletter
About the Lattice this week: For the lattice structure this week, we are featuring bioprinted organoid scaffolds that can be used for cell growth by Prellis Biologics @prellisbio. The lattice...
3DHEALS IG Live: William Harley, Healthcare 3D Printing Ecosystem in Melbourne (Recording)
What is the Australian and Melbourne healthcare 3D Printing/ Bioprinting ecosystem like? Look no further than our Melbourne community manager William Harley, who not only has been keeping a close...
Expert's Corner
3DHEALS Instagram Live Recording: Dental 3D Printing with Innov3D Founder Dr. Mayra Vasques
A picture is worth a thousand words. We had the pleasure to interview Dr. Mayra Vasques, founder of Innov3D, an educator, and a passionate technologist for the adoption of dental 3D printing. In this episode, we focused on an application that inspired her journey: a 3D printed nightguard, which was also relevant to her Ph.D. thesis. We also answered live audience questions, including how the adoption differs between small and large dental labs. Dr. Vasques reveals some facts not commonly known to the public.
3DHEALS IG Live: William Harley, Healthcare 3D Printing Ecosystem in Melbourne (Recording)
What is the Australian and Melbourne healthcare 3D Printing/ Bioprinting ecosystem like? Look no further than our Melbourne community manager William Harley, who not only has been keeping a close eye on local trends and happenings but also has a deep understanding of the scientific aspects of the development. In this episode, we learned a little about Bill's research on acoustic assisted bioprinting, local leaders on the commercial side of healthcare 3D printing, and major funding entities. Of course, we also highlighted the upcoming Melbourne virtual event and How he picked speakers for this event. (Free event, almost sold out.) During the live Q&A session, we talked a little about getting a Ph.D. and being a scientist.
3DHEALS IG Live Recordings: 3D Printing in Veterinary Medicine with Richard Doerer
Richard Doerer, founder of Modl3DVet, also a 25 year veteran in 3D printing shared his recent works and vision for the future veterinary medicine 3D printing market with Jenny Chen. Ranging from anatomical surgical model, military/police dog training device, to educational tools, Richard showed us a new burgeoning market that has been accelerated since the pandemic. Many questions are still unanswered, and he highlighted the importance of the upcoming 3DHEALS March virtual event: https://3d-heals.com/3d-printing-in-veterinary-practice (Registration to this live webinar is free by the way).
Newborns, Warriors, Unicorns, Winners: Commercialization of Healthcare 3D Printing In 2020
Successful commercialization of healthcare 3D printing applications to improve human lives is not only the driving force behind startup founders but is becoming a reality with more market maturity. Over the past several years of Pitch 3D events, it is my observation that startups in healthcare 3D printing, bioprinting, and related 3D technologies are becoming more mature and more “fundable”. This trend is likely a result of the continued growth of the overall 3D printing industry and healthcare technologies, as well as a more mature ecosystem that can support entrepreneurs. In this post, I will provide some reviews and updates of the public 3D printing companies as well as updates from past Pitch 3D companies. Just for fun, I have grouped these companies into four categories: winners, unicorns, newborns, and warriors.
Financial Issues of 3D Printing in Hospitals - Guide 4/5
In the previous section of this guide, we went in-depth about the tactical issues surrounding 3D printing in hospitals, which include an array of contributory elements ranging from talent allocation, hardware/software selection, to material management. In this section of the guide, I will focus on the financial issues of 3D printing in hospitals. To review, financial issues answer the question of “how much”. In the healthcare arena, it includes a discussion of “reimbursements“. Doing business in healthcare is not a straightforward “profit-and-loss” spreadsheet. The reimbursement pathway of emerging technology is tortuous, and the pricing strategy of devices and services is even more opaque to most.
Materials for Metal 3D Printing Implants
Morphology and composition have a direct effect on the final implant microstructure. The microstructure has great importance in the implant strength. The smaller the material crystals are, the more grains there are, and consequently more internal boundaries. Internal boundaries lead to bigger resistance to the atom’s mobility, which is related to strength When material failures, normally happen by cracking, cracks are generally initiated by irregular pores, rounded pores usually do not initiate cracks, so control feedstock is mandatory to control the process-induced porosity and cracking.
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