Robotic Joint Replacement is done with the help of a robotic arm which is connected to a robotic device.
Robotic Joint Replacement allows greater precision for the surgery, leading to better results & shorter recovery time. Robotic Joint Replacement offers better balance in the soft tissues around the joints. It helps to get a better alignment for the joints through robotic technology.
Robotic Joint Replacement Surgery provides far better results than conventional joint replacement surgery.
The CORI Robotic Surgical System provides accuracy, flexibility and confidence utilizing real-time imaging without the need for CT-Scan, hand-held robotics, a portable cart, and multiple partial and total knee implant options in an economically sound platform.
A Handheld Robotics - The CORI handpiece accurately removes bone identified by the surgeon & offers a unique and flexible approach to Knee Joint Replacement. This level of accuracy improves the function, feel and potential longevity of the knee implant.
More Accurate & Safe
Early Recovery & Clinical Outcomes
Long Lasting
Affordable & Reliable
In Partial Knee Replacement, only the damaged portion of the knee is replaced keeping other tissues and ligaments away from any such replacement. Robotic-assisted surgery is conducted to remove only the damaged bone and thus place the implant which is prepared using the 3D representation.
Total Knee Replacement (TKR) is a common orthopaedic surgery that involves replacing the articular surfaces (femoral condyles and tibial plateau) of the knee joint with smooth metal and highly cross-linked polyethylene plastic. TKR aims to improve the quality of life of individuals with end-stage osteoarthritis by reducing pain and increasing function.
In Partial Knee Replacement, only the damaged portion of the knee is replaced keeping other tissues and ligaments away from any such replacement. Robotic-assisted surgery is conducted to remove only the damaged bone and thus place the implant which is prepared using the 3D representation.
Total Knee Replacement (TKR) is a common orthopaedic surgery that involves replacing the articular surfaces (femoral condyles and tibial plateau) of the knee joint with smooth metal and highly cross-linked polyethylene plastic. TKR aims to improve the quality of life of individuals with end-stage osteoarthritis by reducing pain and increasing function.
If you’re a good candidate for traditional knee replacement surgery, you’re a good candidate for robotic knee replacement. Depending on the severity of the condition of the knee & if it is possible to go with a less invasive way then your surgeon would suggest you go with Robotic Joint Replacement Surgery.
Robot-assisted procedures require a smaller incision, they can perform with better accuracy & precise results. Robotic Knee Replacement significantly reduces the risk.
Robotic surgery has delivered better results compared to traditional knee replacement & also it has reduced the other damages to the bone that happen in the traditional knee replacement method.
In Robotic knee replacement, there is a significant reduction in blood loss. Here, patients experienced 23% less blood loss compared to the traditional method
This is a common misconception that the surgery is performed by the robot itself. The knee surgery is done using a robotic arm, the surgeon still fully controls the robotic arm.
Recovery from traditional knee replacement surgery takes at least 4-6 weeks to recover fully while robotic knee replacement cuts this time to half that depending on the situation.