What Is Robotic Knee Replacement?
Robotic knee replacement uses computer-guided technology to plan and execute implant positioning with greater accuracy than conventional manual surgery. The surgeon remains in full control throughout — the robotic arm assists with precision, not the procedure itself. For patients in Thane, this means access to advanced joint replacement technology without travelling deep into Mumbai.
How It Differs from Conventional Knee Replacement
Traditional knee replacement relies on the surgeon's manual alignment using standard instruments. Robotic systems use pre-operative CT imaging or real-time mapping to create a personalised 3D model of the knee, allowing implant placement tailored to each patient's bone structure and ligament balance.
Benefits of the Robotic Approach
Higher implant placement accuracy
Better preservation of surrounding soft tissue
Potentially less post-operative pain
Faster return to mobility for many patients
Implant alignment customised to individual anatomy
Who Is a Candidate?
Patients with advanced osteoarthritis, failed conservative treatment (medication, physiotherapy, injections), or significant joint deformity are typically evaluated for robotic knee replacement. A thorough clinical and imaging assessment determines suitability.
What Recovery Looks Like
Most patients begin walking with support within 24 hours of surgery, with structured physiotherapy starting early. Full recovery and return to normal activity typically takes 6–12 weeks, depending on the patient's baseline fitness and rehabilitation adherence.
FAQ
Is robotic knee replacement safer than traditional surgery? It offers improved precision in implant alignment; overall safety also depends on patient health and surgical expertise.
How long does robotic knee surgery take? Typically slightly longer than conventional surgery due to the planning and mapping process, usually by 15–20 minutes.
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