Advanced robotic-assisted technology used in selected knee and hip replacement procedures to improve precision in implant positioning, alignment, and surgical planning.
Robotic-assisted joint replacement represents the next evolution in precision orthopaedic surgery. By combining advanced imaging technology with robotic guidance systems, surgeons can achieve greater accuracy in implant positioning and alignment than with conventional techniques alone.
Prior to surgery, a detailed pre-operative plan is created using CT scan data to map the patient's unique anatomy. During the procedure, the robotic system provides real-time feedback and guidance, assisting the surgeon in executing the plan with a high degree of precision. The surgeon remains in full control at all times — the robot assists, it does not operate independently.
Precision Implant Placement: Robotic guidance helps position implants within tighter tolerances, which is associated with better functional outcomes and potentially longer implant survival.
Personalised Planning: Each surgical plan is customised to the individual patient's anatomy, reducing the one-size-fits-all approach of conventional surgery.
Better Joint Balance: Real-time soft tissue balancing data allows for improved joint stability and alignment.
Reduced Bone Removal: Precision planning helps conserve healthy bone, which is particularly important for younger patients who may need revision surgery in the future.
Careful patient selection is essential. Robotic-assisted surgery is most beneficial in patients where precise alignment and implant positioning are critical, including those with complex deformities or specific anatomical considerations. Not every patient requires robotic assistance, and evidence-based surgical planning guides the decision.
Recovery following robotic-assisted joint replacement is similar to conventional joint replacement. Some studies suggest a trend toward faster early functional recovery due to the precision of the procedure.