Product Development
AI Will Improve the Design and Function of Orthopedic Devices
This discussion explores how and why software and AI will advance in orthopedics and steps to take to stay ahead of the curve.
This discussion explores how and why software and AI will advance in orthopedics and steps to take to stay ahead of the curve.
This session brings together market analyst and surgeon executive perspectives to share thoughts on emerging technology trends.
This session communicates computational design tools that will assist engineers in designing 3D printed implants.
Sourcing, procurement, operations and supply chain functions can apply AI for supplier evaluation, negotiation preparation and more.
The OMTEC keynote provides insight into the pressures driving orthopedic innovations and unmet clinical needs that represent opportunities.
Polymers, including PEEK, PEKK and resorbable materials, are expected to play an integral role in the next wave of 3D-printed implants.
Today’s orthopedic growth opportunities largely align with two strategies — responding to the shifts in care settings and adopting enabling and digital technology.
Enabling technology executives explore the uses and benefits of the technology today and how it will advance over time.
Smart implants are expected to profoundly change how surgeons treat and monitor joint replacement and spine patients through the ability to track their recoveries.
OEMs and contract manufacturers discuss choosing the right type of additive manufacturing for your implant, scaling your production processes and finding competent partners.
Despite uncertainty remaining in the overall market, orthopedic companies continue to make bold strategic moves through their product portfolios and industry partnerships.
