Abstract
As robotic systems become increasingly utilized in total knee arthroplasty (TKA),
structured certification programs are necessary to ensure that surgeons are proficiently
trained for safe and effective use. This review examines the certification requirements
for six major robotic TKA systems: Zimmer Biomet's ROSA, Stryker's Mako, Smith and
Nephew's CORI, Depuy Synthes' Velys, Corin's ApolloKnee, and Think Surgical's TSolution
One and TMINI. However, variation in certification structures and training requirements
between each system is evident. This variability in training programs points to a
need for standardized protocols across robotic platforms to ease the learning curve
for surgeons and promote transferable skills and consistent outcomes. Establishing
evidence-based guidelines for robotic TKA certification could facilitate broader adoption
and improve clinical results, contributing to the advancement of robotic technology
in orthopedic surgical practices.
Keywords
total knee arthroplasty - robotic - training
