Pros and Cons of Robotic Knee Surgery

Robotic knee surgery involves the use of a computer-controlled arm that controls some aspects of the procedure. With the help of this system, the surgeon can plan and execute the procedure with greater precision, while minimizing variability and enhancing the chances of a durable knee replacement. This surgery is often used to replace knees that have lost their function after an accident or other incident. However, before robotic knee surgery in Brisbane can be used, a thorough evaluation of the patient's condition is necessary.

The pros and cons of robotic surgery are numerous. This technology allows surgeons to perform fewer unnecessary cuts, which can shorten the recovery period for patients. Additionally, the new technology has improved safety, since there is less chance of injury to surrounding tissue during the surgery. However, robotic surgery is not without risks. Listed below are some of the pros and cons of robotic knee surgery. Once you decide to undergo this procedure, keep in mind that it will increase your risk of infection and require a longer recovery time.

CAD/CAM systems use image-based modeling and infrared imaging to map a patient's anatomy. The robot guides the surgeon during surgery while not acting independently. The technology has proven to be highly beneficial for hospitals that have invested in this technology. Moreover, the benefits to patients are direct. These devices can perform more complicated surgeries than a human surgeon. It's important to remember that these machines do not require a human surgeon's expertise.

The robot allows surgeons to make intraoperative adjustments to their pre-operative plan. Besides precision and accuracy, these robotic arms are designed to minimize damage to soft tissues. During the procedure, surgeons can ensure the best possible knee replacement by utilizing the computer-controlled robotic arm. The robotic arm can adjust its movement and flexion to ensure the correct joint alignment. After the surgery, the incision is closed with extreme care. These advances in robotic knee surgery have made it possible for surgeons to perform complex procedures with greater precision.

The technology is available for the entire body. The first robotic knee replacement surgery performed at Trinity Health on January 11 used Zimmer Biomet's ROSA(r) Knee System. ROSA features help the surgeon evaluate the soft tissues and refine bone resections, while the robotic arm facilitates the placement of the knee implant. With a custom-fit, balanced design, patients will be more comfortable with the outcome of the surgery. It is also better for the patient, as they will not feel as though they have had an operation.

The system eliminates the need for CT scans. Advanced computer programs collect the necessary anatomic and alignment data and build a detailed 3D model of the knee. Surgeons use this model to plan the operation. They also drill an intramedullary rod into the central canal of the bone to check for the proper alignment of the knee with the hip. This technology can greatly help surgeons perform knee replacement surgery. However, surgeons must maintain a high level of precision and accuracy when performing this surgery.

In robotic knee surgery, a skilled orthopedic surgeon still performs the surgery. However, the use of a robotic arm makes the surgery more precise. This reduces the chance of accidently damaging the surrounding tissue. This method of knee replacement is still a relatively new technology, especially in total knee replacements. The procedure will take slightly longer than conventional joint replacement. It may also increase the risk of infection. However, this is far less of an issue than in other surgical procedures.

Robotic knee replacement has a number of advantages over traditional surgical methods. Robotic knee replacements allow for more precision and customization of the joint to the patient's anatomy. The result is more natural and comfortable. The potential for minor complications is greater and robotic knee replacement procedures should be considered for patients who have already tried conservative methods. However, if conservative measures have not brought relief, surgeons may recommend total knee replacement with ROSA Knee technology.

Because robotic knee surgery Brisbane involves fewer incisions, recovery time is significantly reduced compared to traditional procedures. Traditionally, patients must recover from total knee replacement for up to four weeks. Robotic surgery, on the other hand, may cut this time in half. The smaller incisions and increased precision mean less damage to tissue and bone, speeding up the body's natural healing process. Because it is more accurate, robotic knee surgery may even have a more natural feel than traditional surgery.

Queensland Orthopaedic Clinic is a group of like-minded, sub-specialist trained medical professionals providing personalised patient care.