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.
Editor-in-Chief, Additive Manufacturing
A veterinary study on the use of 3D printed titanium cranial plates for dogs has established a workflow for creating these custom devices in less than 3 weeks.
A mandibular cage made up of two different bioresorbable ceramics points to the future of bone graft and reconstructive surgeries in this episode of The Cool Parts Show.
Linde Partners with 3D Medlab in Pioneering Research to Optimize 3D Printing of Complex Structures for Medical Devices
Linde and 3D Medlab are collaborating to test optimal atmospheric solutions for 3D printing of complex, latticed structures for medical implants.
3D printing for orthopedic implants enables innovation and better patient outcomes, but a new type of manufacturer may be needed to realize this promise. A startup focused on implant development, approval and production via additive manufacturing includes surgeons among its founders.
Tangible Solutions has been 3D printing more implants than ever before as hospitals get ready for the coming surge in elective surgeries. The Cool Parts Show checks in to explore how additive manufacturing is advancing during the coronavirus crisis.
Season 1 of The Cool Parts Show highlights topology optimized spine implants, custom shoe insoles, a 3D printed build plate for powder bed fusion...and there’s more to come!
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.
Editor-in-Chief, Additive Manufacturing
Medical contract manufacturer Tangible Solutions shares a titanium 3D printed spine implant with an unusual lattice structure in this episode of The Cool Parts Show.
Research at the University of Nebraska-Lincoln illustrates how applying secondary processes between 3D-printed layers can have a ripple effect on part properties. Dr. Michael Sealy explains the potential for medical implants using Optomec’s LENS platform.
Hip stem implants must support the mechanical loads of the patient’s lifestyle, but should also avoid stress shielding. A team from Altair leveraged simulation, topology optimization and 3D printing to design an optimized hip stem that meets both conditions.
Renishaw has collaborated with the University Dental Hospital of Wales (UDH) to produce custom maxillofacial implants and surgical guides with the aim of overcoming challenges associated with surgical implants.
Based on its Vestakeep i4 G, Evonik's 3D printing material offers biocompatibility, biostability and X-ray transparency.
The dissolvable metal implants could help eliminate the need for second surgeries, reducing risks, costs and suffering for patients.
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.
Senior Editor, Additive Manufacturing
3D-printed trabecular titanium hip implants—printed by Lima Corporate on Arcam EBM machines—helped legendary Italian mountaineer Romano Benet to continue scaling the world's most dangerous peaks.
New metal 3D printers offer improved productivity and quality for small, intricate metal parts including dental implants.
The Ohio-based contractor will share the challenges of building its business with a sole focus on the additive manufacturing of medical implants.
There is already heritage in additive manufacturing. AM is taken seriously today in part because early users such as Lima Corporate have proven it.
A spinal implant additively manufactured from a titanium alloy imitates cancellous bone in porosity and structure.
Growth is expected as both industries transition more production components to AM.