BONEZONE Magazine | OMTEC Expo的动态

Does 3D Bioprinting Work? Insights & Applications “When you see it, you definitely have a feeling that you’re in the future,” says Kevin Coker, JD, MPH, MS, founder and chief executive officer at Proxima CRO Clinical Research. “I’ve been fortunate to be around it for the last five years now, and I’m just absolutely amazed at what researchers and companies have been able to achieve. Now, we even have hospitals that have their own custom bioprinting shops for surgery.” #3DBioprinting #TissueEngineering #BiomedicalEngineering #HealthcareInnovation #RegenerativeMedicine #MedicalResearch #Biofabrication #Biotech #FutureOfMedicine #StemCellResearch

Have you ever built a new manufacturing capability into your business? Investing in the latest and most capable technology is only one piece of a larger ecosystem required to support successful production of orthopedic devices. It also requires significant time and resource investments to build the support, foundation, systems, processes and expertise. Melissa Case Fowler, MBA, PMP and Julianne Early-Meehan walk you through the considerations you should have when building an additive manufacturing ecosystem that will deliver consistent, repeatable and cost-effective results. https://lnkd.in/eiVevEUA #orchidorthopedicsolutions #evolvewithzerocomprise #largejoint #3dprinting #orchidadditiveshowcase #additivemanufacturing

Revolutionizing Cataract Treatment with 3D-Printed Implants #medicaldevice #medicaldevices #plastics #polymers #medicine #science #engineering #injectionmolding #injectionmoulding

Great article in Orthopedic Design & Technology, "Hot Prospects in the Orthopedic Device Industry" including RELJA Innovations LLC. RELJA Clamp and RELJA MIS Precision Chevron Bunion System, helping to finally give feet "the care and professional attention they deserve". Hot Prospects In The Orthopedic Device Industry | Orthopedic Design Technology (odtmag.com)

Prosthetics and Bionics Companies and Their Domain Name Choices We'll examine some of the top #prosthetics and #bionics companies, focusing on their strategic approaches to #naming and #domain selection. https://lnkd.in/dZyWhCAp

However, if they don’t understand the art of design and where the failures lie in manufacturing a lot of resources will be wasted and failures will inevitably occur. Read more ?? https://lttr.ai/ATHhh #orthopedicimplants #implants #failedback #AdditiveManufacturing #Medical3Dprinting #3Dprint #AlyssaHuffman

Welcome to #FutureFridays! ?? restor3d, a medical device startup based in Durham, North Carolina, has secured $70 million in funding to advance its development and marketing of 3D printed, personalized #orthopedic implants. The #investment includes a $55 million Series A round and $15 million in debt financing. ?? Their #implants, made from titanium alloy and cobalt chrome, offer improved anatomical fit and integration with human bone. After recently acquiring Conformis - acquired by restor3d, they expanded portfolio to include hip and knee implants.?? "There are some companies that have ventured into patient-specific in pockets, but they haven't been able to take that and scale it across the body like we have with our foot, knee, hip, shoulder, and spine solutions," remarked Jordan Wagner, Restor3d’s VP of Marketing The latest funding will help enhance its #manufacturing capabilities, enter the surgical robotics space, and develop a direct-to-patient marketing campaign. ?? While PolyUnity Tech Inc does not currently offer these products, we aim to raise awareness of the remarkable strides happening in medical #3Dprinting! ?? Read more: https://loom.ly/XfhujOs

Prosthetics and Bionics Companies and Their #Domain Name Choices We'll examine some of the top #prosthetics and #bionics companies, focusing on their strategic approaches to #naming and domain selection. https://lnkd.in/dZyWhCAp

#3DPrinting in healthcare is set to establish a new and amazing standard of care for cost-effective medical trainers, simulations, surgical/preoperative planning models, and customized implants. These advancements are set to reduce costs and most importantly directly improve patient outcomes. Personalized implants, that in many cases are only available via 3D Printing, improve reconstruction and repair, provide better anatomical fit and also integrate better with human bone and tissue. The process involves the generation of an accurate, patient-specific, 3D anatomical model from a digital CT scan. The digital 3D model can then be used to create a physical 3D model (via 3D Printing) for surgeons to conduct pre-operative planning. The 3D modeling can also be used to design and manufacture a patient-specific implant. #improvinghealthcare #3DPrinting #healthcareinnovation

?? In recent years, biocompatibility requirements remain a major challenge for medical device manufacturers such as those in #orthopedics. Companies now need to consider a multitude of factors: device type, material composition, supply chain organization, and knowledge of regulations. With continuous updates to EU, ISO and FDA standards, manufacturers are required to be strategic with long term solutions in order to be successful with their biocompatibility programs. Many seek proven expertise in the field of material design and technology advancements. ?? You can find several of these #lifescience experts in the new article from Orthopedic Design & Technology where Jeff Ribley and Joan Maldonado from Omniseal Solutions provide their insights about material and regulatory guidance. Read it now. https://lnkd.in/gdQ-dmP5 Much appreciation to Michael Barbella for his #collaborativespirit! #Biocompatibility #MedicalDevices #LifeScienceSealingSolutions #LowWearFriction #USPClassVI #PolymerMaterials #TechnologyAdvantage