Robotic-assisted technology advances orthopaedic joint replacement

Robotic-assisted technology has transitioned from an emerging innovation to a significant tool in orthopaedic surgery, particularly for hip and knee replacements. This technology functions as an advanced surgical tool that provides surgeons with enhanced information, control, and precision rather than replacing the surgeon. By converting CT imaging into three-dimensional models, surgeons can create individualized plans to account for unique patient anatomy, bone structure, and soft-tissue conditions.

Data indicates that robotic-assisted hip and knee replacements saw substantial growth between 2017 and 2024, rising from approximately 3,000 combined cases to roughly 32,000. However, recent trends suggest the market is entering a phase of maturity, as the rapid hypergrowth seen in previous years has leveled off. This shift is influenced by medical-specific factors such as regulation, reimbursement processes, capital budgets, and surgical training requirements.