Robotic knee replacement is a significant advancement in orthopaedics and patients are able to enjoy improved outcomes and faster recovery times as a result compared to traditional surgical techniques. High accuracy can be achieved with the integration of robotic technology.
Robotic Knee Replacement Melbourne uses robotic assisted technology to assist orthopaedic surgeons in performing knee replacement procedures with a high level of precision. The robotic system has imaging technology, a robotic arm and specialised software that will help surgeons create a 3D virtual model of the patient’s knee joint. This will guide the surgeons during surgery so that they can plan and execute the procedure with accuracy. There are many benefits of robotic knee replacement with the primary advantage being enhanced precision. Precise placement and alignment of the implant can be achieved and the surgeons can also make real time adjustments during the surgery taking into account the unique anatomy of each patient. This will ensure optimal positioning of the implant so that the patient can enjoy long term stability.
Surgeons are able to customise
The surgical plan to the specific biomechanics and anatomy of the patients. They can create a personalised surgical plan that is based on preoperative imaging and data. This allows the surgeons to customise the procedure so that it can address the variations in the patient’s bone alignment, structure and soft tissue balance. This can also be done using a minimally invasive approach and this can result in smaller incisions. Therefore, there will be reduced blood loss and less damage to the soft tissues compared to what you would see in traditional surgery. With minimally invasive techniques, you can ensure faster recovery times and short stays at the hospital. And the patients will also experience less postoperative pain. Robotic knee replacement is linked with improved clinical outcomes so that the patients experience minimal risk of complications and better range of motion. This procedure leads to high patient satisfaction rates. The performance and longevity of the knee replacement is maximised thanks to this procedure,
Real time feedback is provided to
The surgeons during the surgery so that precise adjustments can be made. And this feedback will ensure consistency throughout the procedure. This can help minimise the risk of error. The process for robotic knee replacement begins with an evaluation where the medical history, imaging studies etc. are assessed by an orthopaedic surgeon. They will also perform a physical examination. The surgeon can determine based on this evaluation whether the robotic knee replacement is appropriate for the patient. Advanced imaging technology is used to create a 3D virtual model of the patient’s knee joint which will help in the planning of the surgical approach, selection of implants and adjustments during the surgery. On the day of surgery, the surgical team will prepare the site to be operated on once the patient undergoes anaesthesia. The surgeon will use the robotic system to carry out the per-operative plan. They will make precise cuts and adjustment sot the soft tissues and bone as necessary while the robotic system provides real time feedback.
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