Robotic-assisted surgical system offering sub-millimetre precision, faster recovery, and superior implant positioning for knee replacement procedures.
Robotic knee surgery is a cutting-edge advancement in orthopedic care. It uses a robotic-arm system to assist the surgeon in performing knee replacement with unmatched precision. The technology translates the surgeon's movements into sub-millimeter accuracy.
Unlike traditional surgery, robotic assistance allows for a 3D pre-surgical plan based on your unique anatomy. This results in better implant alignment, reduced soft-tissue damage, and a faster recovery.
Robotic-assisted knee replacement offers distinct advantages over traditional surgery.
Robotic technology allows for bone resection and implant placement with accuracy down to 0.1mm — far beyond what is possible with the human hand alone.
A CT scan is used to create a 3D model of your knee. The surgeon can plan the perfect implant position, size, and alignment before entering the OR.
Less soft-tissue damage means less pain, less swelling, and a quicker return to normal activities. Most patients walk the same day after robotic surgery.
Optimal implant alignment is critical for long-term implant survival and natural joint function. Robotic surgery consistently achieves better alignment than conventional methods.
Precision cutting and minimal soft-tissue disruption result in significantly less blood loss during and after surgery, reducing the need for transfusions.
Most patients undergoing robotic knee replacement are discharged within 1–3 days. Many even go home the next day, significantly reducing healthcare costs.
Robotic knee replacement is designed to improve precision, reduce pain, and help patients return to an active and independent lifestyle.
Individuals suffering from moderate to severe osteoarthritis, chronic knee pain, or progressive joint degeneration.
Patients experiencing stiffness, swelling, difficulty walking, climbing stairs, or performing daily activities.
People who want to return to an active, independent lifestyle with less pain and improved joint function.
A CT scan of your knee is used to create a detailed 3D model. Dr. Patel then plans the ideal implant position, size, and alignment virtually.
In the OR, the robotic system guides the surgeon's instruments. The robot ensures only the diseased bone is removed, preserving healthy tissue.
The robotic system helps place the knee implant with sub-millimetre accuracy, ensuring optimal alignment for long-term success.
Minimal soft-tissue damage means less pain, reduced swelling, and rapid return to walking. Most patients go home the next day.
Yes. Robotic surgery enhances precision and reduces the risk of complications. The surgeon is always in control, and the robot provides real-time feedback to ensure accurate bone resection and implant placement.
The surgery itself typically takes 1.5–2 hours. The pre-surgical CT scanning and planning are done a few days before the actual procedure.
Yes, physiotherapy is an essential part of recovery. Most patients begin walking within hours of surgery and start a structured rehab program within the first week.
Robotic surgery is slightly more expensive than traditional surgery due to the advanced technology. However, the improved outcomes, reduced hospital stay, and faster recovery often make it more cost-effective in the long run.
Experience the future of knee replacement. Dr. Harsh Patel will assess your condition and explain how robotic surgery can help you get back to living pain-free.
