In knee replacement surgery, damaged cartilage and bone are replaced with synthetic implants, restoring knee alignment and function. Mako Robotic-Arm Assisted Surgery enhances surgical precision, with a preoperative plan based on a patient’s unique anatomy and diagnosis.
A CT scan generates a 3D model used for meticulous planning, focusing on optimal implant positioning and size. During surgery, the surgeon refines the plan, ensuring the best alignment and soft tissue balance. Robotic arm-assisted cuts, within defined limits, minimise soft tissue damage, resulting in accurate implant positioning and increased reliability.
Clinical studies since the 2016 launch of the Mako total knee replacement application show reduced soft tissue damage, early pain, and blood loss compared to manual surgery. Patients report high satisfaction and improved functionality, with the knee feeling more normal.
Custom made implant knee replacement
Even small deviations in the knee joint’s anatomy can have a significant impact on its function. Standard knee replacement prostheses are available in a limited range of shapes and sizes. Although most patients will suit these implants, some have an atypical anatomy which requires a custom-made implant. For these patients, knee implants will be produced that are designed specifically for their knee joint, helping to preserve cartilage and bone structure.