Advances in material science continue to drive innovation in implant design, with the aim of improving long-term performance, durability and biocompatibility. 

Find out how PEEK, biodegradable materials, evolving uses of Nitinol, antioxidant polyethylene, next-generation stainless steels and porous titanium and tantalum are transforming devices used to replace joints, repair the spine and fix fractures.

A renowned materials engineer known for his work in additive manufacturing and multi-material structures will arm attendees with critical questions to ask themselves as they design and develop advanced orthopedic implants.