In recent years, the adoption of robotic joint replacement surgery has seen a significant increase, with numerous public and private hospitals embracing orthopedic robotic systems. Surgeons are increasingly attracted to this cutting-edge technology, offering promise to patients with severe hip and knee deformities by enabling them to regain mobility and improve their quality of life. This advancement has particularly benefited patients with complex deformities and those requiring revision surgeries by providing precise and accurate procedures unlike ever before.
The field of joint replacement surgery boasts a growing array of over 30 robotic platforms, much like the development of electric vehicles, with more innovations on the horizon. In Hong Kong, the Hospital Authority offers access to five distinct robotic platforms, including Mako, Velys, Rosa, Cori, and KunWu. While all these systems are semi-active and surgeon-controlled, each presents unique features, benefits, and limitations. The University of Hong Kong, serving as a pivotal site for the introduction of various robotic systems and a training center for robotic surgery, will provide valuable insights into the 5 available robotic systems, essential features and future advancements in robotic surgery.
