FAQ's About Robotic Joint Replacement Surgery
Robotic knee surgery has become increasingly popular in the past few years, and many patients have reaped its benefits. Robotic knee surgery uses a robotic arm to guide the surgeon with accuracy. This allows for more precise results and a quicker recovery time than traditional surgery. The decision of whether to choose robotic or traditional knee surgery should be discussed with your physician, as both options can provide great outcomes depending on the patient’s individual needs.
Recovery time after a robotic knee surgery can vary depending on the individual, but typically a patient can expect to be able to move and walk again within a week of their surgery. A full recovery may take up to 6-8 weeks, as swelling and stiffness decrease over time. Physical therapy can help speed up the recovery process by improving range of motion and strength in the area where the surgery was performed.
Yes, robotic knee surgery is less painful than traditional open knee surgery. With robotic surgery, the surgeon can pre-programmed and navigate the robotic arms during the procedure with greater precision, leading to a smaller incision size and less pain after the operation. Additionally, robots allow for more accurate placement of implants and faster post-operative recovery times.
Robotic knee surgery has been found to be successful in nearly 90% of patients. Compared to traditional manual techniques, robotic knee surgery benefits from high precision, a much smaller risk of injury, and a shorter recovery period. Robotic knee surgery can also reduce post-operative pain and improve the accuracy and sustainability of results.
Robotic knee surgery is a popular choice among surgeons due to its precision, accuracy, and minimally invasive nature. With robotic knee surgery, surgeons are able to operate with enhanced visibility and greater control over the procedure. Using specialized robotic systems, physicians can ensure that procedures are completed as quickly and safely as possible while minimizing tissue damage.