950 922 9448
950 922 9448
RoboKnee™ is a next-generation knee replacement solution powered by advanced computer-assisted navigation to deliver unmatched accuracy, optimal implant alignment, and a more natural-feeling knee.
By combining the Orthopilot™ Navigation System, a medial pivot implant, and a minimally invasive subvastus approach, RoboKnee™ brings together the best of modern orthopedic science for faster recovery and long-term satisfaction.
Powered by Orthopilot™, a German computer-based navigation system, RoboKnee™ allows your surgeon to: a GPS for your knee surgery – guiding every step with precision. Visualize your knee in real-time during surgery Achieve sub-millimeter accuracy in bone cuts and implant positioning Ensure perfect alignment and soft tissue balance.
Unlike traditional methods, RoboKnee™ uses a musclesparing subvastus approach, which: Avoids cutting the quadriceps muscle Reduces post-operative pain and swelling Enables faster walking and quicker return to routine Preserves muscle strength and knee functiona website section next?
RoboKnee™ uses a medial pivot knee implant, designed to replicate the natural motion of the human knee: Offers enhanced joint stability Mimics the normal roll-and-pivot movement Results in a more “natural” feeling knee, even during everyday activities.
Surgery is tailored to your individual anatomy Real-time data ensures precise ligament balancing and component fit Improves implant longevity and reduces risk of complications.
Minimal soft tissue damage Early mobilization.
The decision to undergo a TKR surgery is typically made in collaboration with a healthcare provider after a thorough evaluation of the patient’s medical history, symptoms, and lifestyle factors. In TKR, the knee joint is replaced by an implant. The goal of surgery is to relieve pain, improve joint function, and enhance overall quality of life for individuals with debilitating knee conditions.
Thesingle radius of curvature closely resembles original knee which helps to pursue activities like running and walking.
Deepgroove accommodates the natural shape of bones which reduces knee joint pressure and unexpected motion.
A3° posterior slope, dove-tail locking, and peripheral rim support traditional Indian activities like sitting on the floor, kneeling, and squatting.
Dr. Gaurav Jain is a Western fellowship-trained orthopedic surgeon with a focus on advanced shoulder and knee care. With over 5,000 independent surgeries to his credit, he is among the few Indian surgeons trained in HoloLens-enabled virtual reality-assisted shoulder replacement. His expertise spans arthroscopic shoulder procedures like rotator cuff repair and Bankart repair, as well as cutting-edge ACL and knee surgeries, including Hybrid ACL and All-Inside ACL reconstruction.
A national faculty in orthopedics and an award-winning academician, Dr. Jain combines surgical precision with compassionate care. His commitment to innovation includes the use of robotic surgery, patient-specific implants, and natural knee kinematics in joint replacements.
Most Advance Hololens AR/MR Surgeries
I have been having knee pain for the past 6 years now. My everyday life has taken a toll. It is a daily struggle to even walk from my bed to the bathroom. I have forgotten what it is like to be without pain...
I was a really outgoing person once. I used to enjoy taking walks to the gardens and adjacent temple. For the past few years, I have been experiencing unpredictable knee pain to the point that I never know how far I can walk. I no longer go out now...
All my life I have taken pride in being independent. My knee pain has led me to be dependent on my family and my walking stick. My quality time with my grandchildren has suffered since it takes so much work to even complete an everyday task...
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