#ExpertCorner Translating #3DBioprinting for #Clinical #Applications by professor Stephanie Willerth https://bit.ly/2X00D3Y
#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
#fractura
#tendinitis
#tendinite
#medical
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#medicalstudent
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#ferula
#ferula3d
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#escaner3d
#ferulas
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#3dprinting
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Inspiring #Interview with upcoming #3dhealswebinar speaker @Kyle Von Hasseln: #3DPrintingFood #culinary https://bit.ly/3mISWd1 @sugarlab3d
#ExpertCorner #3DPrinting #CustomFit #Orthotics: #3DHEALSGuide https://bit.ly/38AGiEA
CellX secures $4.3M to deliver 3D printed pork to China. https://bit.ly/3nzdXHQ #food3dprinting #animals #3dprinting #biotechnology #clonedmeat #additivemanufacturing #TheLattice #CellX
Dr. Bruno Gobbato said, "Don't buy #iPhone 13, buy a few #3dprinter and learn #3dprinting yourself." #3dprinting #orthopedics #3dhealswebinar
#repost @zygoma3d Printing anatomy in 3d printers for the future pf medicine. #3danatomy #medicalsimulation #3dprinting #3dmedicine
#repost @mediace.3d [MediACE3D 스플린트 and 캐스트]
장시간 착용해야 하는 스플린트나 캐스트의 경우 통기성과 위생을 고려해 다양한 패턴 홀과 래티스구조를 적용해 제작합니다.
3D 프린팅을 이용하면 다양한 컬러, 다양한 패턴 홀로 자신만의 보조기를 제작할 수 있습니다.
특히 체결 액세서리도 일체형으로 출력하여 탈부착의 용이성을 높였습니다.
[MediACE3D Short arm Cast & Splint]
For splints or casts that need to be worn for a long time, various pattern holes and lattice structures are applied in consideration of breathability and hygiene.
With 3D printing, you can make your own braces with a variety of colors and patterns.
In particular, fastening accessories are also printed in one piece to increase the ease of attachment and detachment.
#MediACE3D #Realdimension #Orthosis #Orthotics #Orthese #AFO #Cast #Splint #WHO #3D #3DScanner #3DSan #3DPrinting #3DDruck #STL #PLY #Bodyscan #Bespoke #3dprintedorthotics #3dprintedorthosis #3dorthotics #보조기 #메디에이스 #리얼디멘션 #뇌병변 #비스포크 #맞춤 #보행장애 #골절
X-Pure GelMA, the first GMP-ready gelatin methacryloyl bioink developed by @rousselotbio https://bit.ly/2YNBp9G #bioprinting #bioprinter #tissueengineering #bioimpression #medical3dprinting #biomedical #bioartificial #bioengineering #artificialorgan #medtech #digitalhealth #healthcare #biotech #TheLattice
#repost @exo_ij …FERULA S3D DINÁMICA “tipo Kleinert” para rehabilitación de sección de tendones flexores de la mano!!
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Menú: CATÁLOGO !!
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Expert's Corner
Robert Pugliese: Design for Healthcare with 3DPrinting
In this fun, Instagram live we interviewed Robert Pugliese, who is the Director of Innovation Design at Thomas Jefferson University, and Jefferson Health where he co-founded the Health Design Lab, a creative space built with the purpose of merging together design-studio ethos with science-oriented discipline to foster innovation in healthcare. As usual, we started our conversation with his early career, the path to founding Health Design Lab, and how 3D printing played a role in all that. Robert's 3D printing lab does not have fancy 3D printers, and he is a firm believer that having excellent design holds the key to solutions and 3D printing is a great tool to achieve that design. We were also fortunate to have a brief virtual tour of Robert's lab and talked about a few super cool clinical cases Robert is working on at the moment.
Translating 3D Bioprinting for Clinical Applications
The enormous potential to transform regenerative medicine and current bottlenecks to progress. One question I am often asked when interacting with the general public is, “how close are we to being able to 3D bioprint human organs”? This question has become increasingly relevant as 3D bioprinting technologies continue to advance to the point where technology previously only featured in science fiction shows is on the horizon. For example, the television show Westworld - based on the Michael Crichton novel, envisions a world where people, horses, and an assortment of other living things can be produced using only their fictional 3D printing technologies. Interestingly, we already have 3D bioprinters capable of generating tissue substitutes with the end goal of transplantation. Dr. Axel Guenther’s group at the University of Toronto has been hard at work developing a novel, handheld 3D bioprinting system for generating skin tissues that are not only directly implantable but also able to promote skin regeneration and scar reduction in trauma care (Figure 1). This printer has already been evaluated in animal models and is expected to be seen in a clinical setting within 5 years. You can read more about Dr. Guenther’s group here.
3D Printing Custom-Fit Orthotics: Guide
A review of the various approaches used for 3D printing custom fit orthotics and available software solutions. From bespoke shoe insoles to knee braces and from ski boots to cycling helmets, custom-fit products are becoming increasingly prevalent as they hold various benefits. While it was previously limited to the most exclusive products, mainly those for professional athletes, custom-fit is becoming increasingly democratized and integrated into commercially available products. For example, the medical practice has recognized the value of personalized care and of making tailor-made medical products such as orthotics and prosthetics shaped to the unique morphology of the patient. This is critical as these devices serve to correct pathology and proper fit is essential. Fortunately for the patients afflicted, custom products have become far more accessible and affordable over recent years thanks to advances in software and 3D printing. However, there remain major barriers to mass adoption of custom 3D printed solutions and the most cumbersome remain automation and production scaling, which falls mainly to software. The manufacturing of custom-fit orthotics and prosthetics involves a wide range of professionals, including but not limited to skilled designers, software experts, and additive manufacturing experts. Democratizing mass customization will require that we synchronize and scale the efforts of these professionals, which as in other industries, can be achieved through the development of more streamlined and automated processes.
Fundraising in Bioprinting: 3DHEALS Perspective - Guide
While I am just one of 4 million of angel investors [Ref 4], my work at 3DHEALS and Pitch3D allows me to be an unique observer of the fundraising and funding process in healthcare 3D printing and bioprinting space. Recently, I was asked to give some perspectives related to bioprinting startup fundraising to the NASA Vascular Challenge group. The majority of the audience is composed of talented world-class scientists and technologists, many of whom aspire to be first-time founders and to make a positive impact to the world. The original presentation is converted to this blog, which will share my perspectives on the following:
Designing and Equipping 3D Bioprinting Facilities
Equipment and facility solutions are emerging to support 3D bioprinting operations in the manufacture of cell therapies. 3D bioprinting is an additive manufacturing process resulting in constructs containing living cells. Key components of this process include bioprinters—devices that work like 3D printers. That is, they create 3D structures by depositing materials in layers on a supporting surface. With bioprinters, the materials that are deposited are bioinks, which contain living cells and/or biocompatible polymer gels that can support living cells.
How AI and 3D Printing Enhance Crafting Custom Orthotics and Prosthetics
Crafting custom orthotics and prosthetics (O&P) is hard work - it balances art, science, and business, to ultimately offer life-changing care to those who need it most. While technologies that facilitate this process have been developed, hesitancy in adopting them remains. As this pattern is prevalent in other industries as well, reflection on why this is the case can illuminate paths toward greater tech adoption and ultimately, user satisfaction. Here, I argue that 3D scanning, 3D printing, and artificial intelligence (AI) for 3D modeling, offer many benefits and do not pose a threat to the craft of O&P.
Upcoming Events
3D Bioprinting for Food
Lately, 3D printing food has become a hot topic, as climate change and the impending water shortage crisis all beckon humanity for alternative more environmental (and healthier) food sources....
Microfluidics, Technology, Commercialization
"Microfluidics refers to the behavior, precise control, and manipulation of fluids that are geometrically constrained to a small scale (typically sub-millimeter) at which surface...
3D Printing in Hospitals
Pacific time: Noon-1:30 PM Eastern standard time: 3:00-4:30 PM Subscribe here to receive event emails. Speakers: Kerim Genc Kerim Genc is the Business Development Manager...
Dental 3D Printing: Latest in Digital Dentistry
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3DHEALS Startup Showcase: Singapore
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3D Printing for Animals
Mark your calendar! Stay tuned for more updates! Subscribe here to receive event emails. Register Speakers: Matteo Zanfabro Matteo Zanfabro, Doctor of Veterinary...