A Brazilian Cancer Survivor Received Facial Prosthesis Using 3D Printed Prototype
Brazilian cancer survivor Denise Vicentin has lost part of his right eye and chin and has accepted f ...
News and Insights of 3D Printing and Manufacturing
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Brazilian cancer survivor Denise Vicentin has lost part of his right eye and chin and has accepted f ...
Realize Medical, a Canadian VR-based medical 3D modeling company, has announced a new partnership with Swiss computer and software company Logitech. The companies will work together to further develop Realize Medical’s Elucis platform, the first program developed specifically for designing patient-specific 3D medical models directly in a virtual reality environment.
German pharmaceutical giant Bayer has signed a cooperation agreement to test new drugs on human hear ...
SLA 3D printing company Formlabs has announced the launch of six new resins for its Form 3, Form 3B and Form 2 3D printers. The resins expand the scope of applications for the company’s AM technology in several industries, including healthcare, dental and engineering.
A team of scientists are developing a new type of customized 3D printed insole that can benefit diabetes patients suffering from foot ulcers. The insoles, developed at Staffordshire University in the UK, integrate optimized cushioning stiffness to improve foot health.
MT Ortho, an Italian company with decades of experience in the traditional prostheses market, was also among the first to truly embrace the potential of 3D printing for prosthetic production. The company’s journey with 3D printing began in 2014, when it acquired two GE Additive Arcam Electron Beam Melting (EBM) machines (obviously, at the time they were simply Arcam EBM machines), and employed Simone Di Bella, a recent engineering graduate with additive manufacturing expertise.
Australian researchers Ben Searle and Deborah Starkey from Queensland University of Technology are b ...
REJOINT, an Italy-based medical implant manufacturing company, is leveraging state-of-the-art technologies like GE Additive‘s Electron Beam Melting (EBM) 3D printing and IoT-connected sensorized wearables to offer mass customization and therapy personalization. The offering is specifically targeted at the production of patient-specific knee implants for arthroplasty.
San Francisco company Origin is one of a handful of 3D printing companies that set out to develop and mass produce 3D printed nasopharyngeal testing swabs for COVID-19 diagnosis. This effort was a direct response to a lack of conventional swabs; stores of the traditional swabs, only produced by a select group of companies around the globe, were rapidly depleted as countries around the world ramped up COVID-19 testing.
There is an ongoing need to continue COVID-19 tests around the world, to track how the virus is still spreading and to prevent more major outbreaks. As we learned this week, 3D printing not only has a role to play in the production of medical-grade swabs for COVID-19 diagnostics, but it can also help to train non-medical workers to administer the tests, so that they can be scaled up. Singapore-based Creatz3D recently unveiled a 3D printed manikin designed specifically for COVID-19 swab training, and now French company BONE 3D is also stepping up with its own testing model.