#3DPrintingBone: A Novel Way to Study #BoneDiseases In Vitro #medical3dprinting #medtech #healthcare #lifescience #biotech https://bit.ly/32ABIXz @particle3d
Growing Consumer Demand Driving Biobased Materials “Revolution” @JNJNews @Dannabiotech @3M @DuPont_News @Medline @molnlyckehc . https://bit.ly/3cLetfe #biomaterials #syntheticbiology #medtech #healthtech #biotech #TheLattice
#repost @med3dhub 🦷Эндоблок для отработки навыков лечения корневых каналов.
Для изготовления эндоблоков используются самые передовые технологии 3D-печати, применяется прозрачный материал, максимально точно передающий твердость дентина и позволяющий визуально контролировать процесс работы по полной очистке и разработке канала, заполненного специальным цветным материалом.
Особенности:
- модель разборная, с фиксацией эндоблока для удобства работы, и возможностью многократного использоания с различными эндоблоками;
- идеально для практических занятий (применяются для обучения и приобретения мануальных эндодонтических навыков студентами-стоматологами;
- возможна пломбировка обработанных каналов гуттаперчей (в т.ч. жидкой) и последующая пломбировка коронковой части зуба;
- возможность изготовления реплик на заказ.
#3DHUB #MED3DHUB #3Dпечать #3DпечатьМинск #ЦифроваяМедицина #3DPrinting #Стоматология3D #3DmedicalPrinting #3DМинск #Эндоблок #ЭндоблокМинск #Эндоблок3D #3dheals #3dhealspost
@TataSteelLtd Ebbw Vale Innovation Centre chosen as research base for biomedical firm #CopnerBiotech. https://bit.ly/3xk19aO #CopnerBiotech #bioprinting #bioprinter #bioink #tissueengineering #bioimpression #medical3dprinting #EbbwValeInnovation #TheLattice
Mark your calendar! #metal3Dprinting #medtech #implants #metallurgy #3dhealsconference https://bit.ly/3oVnI20
3DHEALS #FrequentlyAskedQuestions #FAQ https://bit.ly/3Hg0MCZ #medical3dprinting #dental3dprinting #bioprinting #3dbioprinting #regenerativemedicine #syntheticbio #organprinting #healthcare3dprinting
@CollplantBio Announces Commercial Launch of BioInk Platform with Collink.3D™ for Use in 3D Bioprinting of Human Tissues, Scaffolds and Organs https://bit.ly/3l5Qz2u #bioprinting #bioprinter #tissueengineering #bioimpression #medical3dprinting #TheLattice
#repost @exo_ij …FÉRULA S3D : ABP para 1er DEDO!
Nuestra línea de férulas S3D consta de un ESCANEO DIGITAL y su reproducción anatómica mediante IMPRESIÓN 3D. Se logra de forma inmediata una pieza personalizada sin adaptaciones posteriores!
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Todos nuestros productos y su información en www.exoij.com
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#yeso3d
#3dhealspost
#fractura
#tendinitis
#tendinite
#medical
#braquipalmar
#medicalstudent
#inmovilizador
#ferula
#ferula3d
#ortopediaetraumatologia
#escaner3d
#ferulas
#impresion3d
#3dprinting
#3dmedicalprinting
#medical3dprinting
#impresión3d
#traumatologia
#traumatologiayortopedia
#yesos3Denuruguay
#consumiuruguayo
#repost @med3dhub #Элайнеры - эстетика в самом настоящем её проявлении.
Элайнеры (ОРТОДОНТИЧЕСКИЕ КАППЫ) - технологичный, быстрый и пожалуй самый удобный способ получить идеальную улыбку.
Изготавливаются из прочных полимерных пластин, с использованием 3d-технологий сканирования и печати. Стереолитографическая (SLA) 3D-печать значительно снижает время выполнения высококачественных готовых шин, приступить к лечению можно в течении недели после снятия сканов.
3D печать гарантирует высокую точность изготовления.
В медицинской сфере 3D технологии прогрессируют и совершенствуются с каждым годом. Мы предлагаем услуги по внедрению 3d-технологий сканирования и печати.
Печатаем будущее медицины, MED3DHUB
#3DHUB #MED3DHUB #3Dпечать #3DпечатьМинск #ЦифроваяМедицина #3DPrinting #Стоматология3D #3DmedicalPrinting #3DМинск #ОРТОДОНТИЧЕСКИЕКАППЫ #КАППЫ #3Dheals #3Dhealspost
#repost @mizar.im3d Seguimos evolucionando!! Por eso presentamos los nuevos diseños de cobertores de prótesis de pierna.
Impresos en 3D, adaptables a cualquier medida de prótesis.
Diseños exclusivos y también diseños creados a gusto del usuario.
#medicina #salud #madrid #españa #health #spain #barcelona #galicia #coruña #fisioterapia #europa #rehab #popular #rehabilitacion #ossiumcenter #ossiumtips #medicine #belleza #hospital #bilbao #medico #doctor #bcn #medicinaestetica #neurología #protsis #coverprots #traumatología
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3D Printing Bone: A Novel Way to Study Bone Diseases In Vitro
The development of new drugs and therapeutic treatments is a highly complex and elongated process beginning with cell culture studies which progress to animal models before the clinical trials are reached. On average, the development of a new type of medicine takes at least ten years with a likelihood of approval at 9.6%. These numbers can be improved by ensuring that the foundation for the drug is based on a clinically relevant system 1 . In this article, we will focus on how 3D printing bone can be a novel way to improve the drug discovery process for bone diseases by providing a way to evaluate them in vitro.
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Additive manufacturing, popularly known as 3D printing, is not new nor is its hype. It has promised gains in product optimization, cost and waste reduction, and a plethora of other noteworthy benefits. Some industries, most notably dentistry, have taken advantage of the technology and adopted it widely but others who stand to benefit tremendously have yet to. As a firm believer in the value-add, it has to offer, I must ask, why has it not spread further? In particular, why has it not spread into the world of medical devices, an application that stands to benefit greatly from the tech’s ability to make custom products? There are without a doubt a few good reasons. In fact, a recent edition of a leading orthotics and prosthetics magazine, O&P Edge, presents the perspective of various members of said industry that have pioneered the adoption of 3D printing on this matter.
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