An Introduction to Scaffolds for Tissue Engineering of the Bone and Cartilage #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 ÔŁĄ´ŞĆ #fusion360 ...

Before curing the resin, the structure appears clear but after photopolymerization it will become opaque #repost @alejandroquesada93 Un bosque de impresi├│n 3D ­čî▓­čî▓

Esta foto fue tomada justo antes del proceso de limpieza de la impresi├│n, en ella podemos apreciar como la estructura se encuentra saturada de resina l├şquida sin curar. En este caso la resina es totalmente transparente y se volver├í opaca una vez la resina en estado liquido se disuelva en los alcoholes que act├║an como solventes durante la limpieza.

Una vez limpia, la textura superficial del objeto entrar├í en contacto con la luz y esta se refracte de manera difusa volvi├ęndose 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 #ExpertCorner #medical3dprinting #bioprinting #3DTech ...

#repost @btechdental Formlabs' in Amerika'da ba┼čar─▒yla kullan─▒lan Dijital Hareketli Protez Re├žineleri ├žok yak─▒n zamanda stoklar─▒m─▒zda!
ÔüáCE sertifikal─▒ ve biyouyumlu Formlabs Dijital Hareketli Protez Re├žinelerinin, d├Ârt yar─▒ saydam pembe kaide rengi ve alt─▒ tamamen karakterize edilebilir di┼č renk se├žene─či mevcuttur. Bu re├žineler ile ger├že─če yak─▒n, uzun ├Âm├╝rl├╝ ve a┼č─▒nmaya dayan─▒kl─▒ protezler ├╝retebilirsiniz. Daha fazla bilgi i├žin BTech Merkez Ofisi +903122270089 arayabilir ya da [email protected] adresine mail atabilirsiniz. @formlabs @formlabsdental @btechinnovation

3D Bioprinting Glioblastoma Models for Drug Screening #ExpertCorner #medical3dprinting #bioprinting #3DTech ...

#repost @brinter3d Brinter Raises ÔéČ1.2M 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.

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