Top 10 Reasons to Consider Robotic Knee Replacement
This is critical for providing a natural feeling after surgery. However, this surgery is quite expensive, costing up to 2-3 times the price of a standard TKR surgery. The primary reason for this is the high cost of the robotic surgery setup. As a result, it is currently out of reach for the average person. However, because it uses the same aligning sensors as advanced robotic surgery systems, RoboNavigation orthopedics’ can achieve similar results as Robotic TKR Surgery in Mumbai. This setup is significantly less expensive and provides patients with comparable surgical outcomes at a much lower cost.
The robotic system is intended to assist the surgeon not only in planning the surgery based on the unique anatomy of the patient, but also in positioning the total knee implant using a combination of computer and robotic assistance. Robotic knee replacement surgery enables the
surgeon to collect patient-specific data during the procedure in order to create a 3D model of the patient's knee to aid in surgery planning. Robotic technology in knee replacement has been shown to reduce blood loss, speed up recovery, improve knee function, and help patients return to their normal lives much faster.
When compared to traditional surgery, robotic knee replacement has several advantages. The benefits are as follows:
* Improved surgical planning: Depending on the robotic option chosen for you, specialized 3-D images are captured prior to or during surgery.
*More precision: Robotic technologies supplement your Orthopedic Surgeon In Thane, allowing for more precise planning.
*More options for ligament preservation. More patients can now undergo ligament-sparing total knee replacement surgery thanks to the added precision and accuracy of the robotic-assisted knee replacement system.
*Minimal Trauma: Because robotic knee replacement is minimally invasive, incisions are smaller and trauma to surrounding tissues, blood vessels, nerves, muscles, and ligaments is reduced.
*Increased Safety: The robotic arm is programmed to stay within certain parameters based on your specific knee. This aids in the protection of soft tissues from unintentional injury.
*Increased Consistency and Precision: It takes the assistance of a computer program to ensure consistent and precise results.
There is no room for error. Such programs are specifically designed to provide the best possible surgical outcome.
*Faster recovery and shorter rehabilitation: Robotic knee replacement can often be performed as an outpatient procedure. A shorter hospital stays, smaller incisions, and greater precision all contribute to quicker recovery times.
*Flexibility: Another advantage of knee replacement surgery is flexibility. It provides multiple implant options as well as dynamic ligament balancing at various stages.
*Belief: There is virtual confirmation of cuts prior to and after bone removal in achieving long leg alignment and joint balance for normal knee kinematics.
*Surgeon Controlled but Not Surgeon Dependent: Although the robotic replacement surgery is surgeon-controlled, it is not surgeon-dependent. As a result, it is more secure and scalable.
*Advanced Instrumentation: The surgery is carried out using advanced instruments. It is intended to enforce bone resurfacing within the parameters set by the surgeon. The surgeon's plan and the instruments go hand in hand. Another consideration is that the surgery is not entirely dependent on the instruments. They are critical to the successful completion of the surgery.
Robotic knee surgery employs more precise incisions and assists in achieving optimal positioning, which may result in a better and faster recovery.