Researchers at Australia’s national science agency, CSIRO, have created the first self-expanding nitinol stents made via powder bed fusion. The project points to more opportunities with this shape memory alloy.
Health care business leverages Desktop Metal’s portfolio of AM solutions for current and future applications spanning dentistry, orthodontics, dermatology, orthopedics, cardiology, plastic surgery, and printed regenerative tissues and grafts.
A patient treated for a tumor of the shoulder blade was able to preserve full use of the arm thanks to an implant tailored to the precise form of the original scapula and made through electron beam melting.
#implants #metal #video
Meticuly was founded to provide custom bone implants for local patients in Thailand and regional countries who otherwise would be dependent on standard, imported devices. The concept could be a model for medical treatment in other emerging economies.
#supplychain #implants #metal
A medical device maker establishes a center of excellence for product and process development in which additive manufacturing and CNC machining both challenge and complement one another.
#machining #enterprise #metal
The Veterans Health Administration is collaborating with 3D Systems to establish FDA-compliant medical device manufacturing facilities using additive solutions.
Complex geometry plus short lead times are only the start of the wins additive manufacturing can achieve. Greater advance will come from material choices and customizing components, as 3D printed implants show.
Formlabs’ Rigid 10K Resin offers high stiffness and resistance for use in manufacturing and engineering, while a reformulated Draft Resin is well-suited for rough prototypes and quick design iterations.
Amplify Additive needs to be small today. A close, nimble team can innovate quickly and realize the promise of additive manufacturing for orthopedic implants. Yet the company needs to be bigger soon, because success will lead to scalable production.
#implants #metal #prototyping
Bioceramics including tricalcium phosphate and zirconia have been used to replace and stabilize human bone in reconstructive surgeries. Now, 3D printing brings customization and new design opportunities to these medical devices.
Fortify’s 3D printing and injection molding expertise saved Ventilator Project weeks and thousands of dollars as the nonprofit hurried to supply clinicians and hospitals at the start of the COVID-19 pandemic.
Boston Micro Fabrication (BMF) is exploring this promise. Eye stents are made of metal today. Fine-detail additive manufacturing can enable polymer instead, improving patient experience.
Through a novel surgery involving a 3D-printed talus bone, surgeons at the University of Miami found success — and unexpected challenges — with a patient suffering from sickle cell disease.
Plant in Sweden produces Osprey titanium powders for use in the additive manufacturing of medical applications.
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3D printing may have started out as a rapid prototyping technique, but the machines and materials have matured to the point that production is not only viable, but desirable. Learn the basics of additive manufacturing for production applications.