June 01, 2022
This article discusses the influence of varied 3D printed surface porosities on the resistance to expulsion in synthetic sawbone substrates.
Plans to expand 3D printed personalized surgical solutions and develop machine learning design tools to aid in patient specific implant design ensure
This FAI article covers the largest case series to date demonstrating the efficacy of 3D-printed custom titanium implants in treating F&A bone defects
This article evaluates osseointegration into porous titanium implants covering a wide range of porosity and manufactured by laser powder bed fusion.
Ken talks about restor3d’s ultimate goal of improving patient outcomes through evidence-based technology.
Together, we will realize our shared vision of delivering patient-specific solutions which are backed by science and driven by outcomes.
“This approach is a huge leap into the future of foot and ankle surgery." Walter Hembree, MD
Great new article in AAOS authored by Dr. Samuel Adams (Duke University) discussing the benefits of 3D printing for patient specific implants in foot
using a total talus replacement for a patient with sickle cell anemia causing AVN of her talus.
The grant will support research and development of an innovative solution for degenerative disc disease combining LCE and 3D Printing technologies.
Professor and Associate Dean of Entrepreneurship at Duke University.
Approaches for foot and ankle salvage, traumatic limb preservation and complex joint reconstruction.
three approaches to talar pathology using 3D printed implants
patients with complex foot and ankle using 3D printing!
to optimize his pre-operative plan for a total talar replacement using a 3D printed implant.
Dr. Jeffrey McAlister shares insights on total talus replacements
Kent Ellington, MD discsusses total talus replacement, working with restor3d, and the future of 3D printing in orthopedics
Dr. Kent Ellington at OrthoCarolina shares his recent case with restor3d for a total talus replacement.
restor3d is proud to be partnering with SeaSpine to develop innovative devices for spinal procedures
