“Patient-specific femoral implants, which have traditionally been cast at low margin, are now 3-D printed at a fraction of the cost at our facility in Durham, NC,” stated Kurt Jacobus, Chief Executive Officer of restor3d.
This previously-cleared additive manufacturing method for femoral implants has now been successfully commercialized. restored believes that it can outperform the mechanical properties of cast implants.
“Total knee replacement is entering an era of personalization,” said Dr. Moby Parsons, MD, a Board-Certified orthopedic surgeon at Portsmouth Regional Hospital. “Nowhere is this more important than implant design and I believe this is a critical element of achieving the better outcomes that today’s patients expect. restor3d’s printed patient-specific femurs take personalization to the next level of innovation in knee replacement using form and fit to help achieve a more normal feeling.”
“Patient-specific femoral implants, which have traditionally been cast at low margin, are now 3-D printed at a fraction of the cost at our facility in Durham, NC," stated...
“Patient-specific femoral implants, which have traditionally been cast at low margin, are now 3-D printed at a fraction of the cost at our facility in Durham, NC,” stated Kurt Jacobus, Chief Executive Officer of restor3d.
This previously-cleared additive manufacturing method for femoral implants has now been successfully commercialized. restored believes that it can outperform the mechanical properties of cast implants.
“Total knee replacement is entering an era of personalization,” said Dr. Moby Parsons, MD, a Board-Certified orthopedic surgeon at Portsmouth Regional Hospital. “Nowhere is this more important than implant design and I believe this is a critical element of achieving the better outcomes that today’s patients expect. restor3d’s printed patient-specific femurs take personalization to the next level of innovation in knee replacement using form and fit to help achieve a more normal feeling.”
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