Technological development has changed the way we approach joint replacement surgeries: robotic-assisted knee replacement surgery. Over 700,000 knee replacement surgeries are performed yearly in the United States alone, making it one of the most popular orthopedic treatments. To restore function and ease discomfort, the treatment entails replacing the worn-out or damaged portions of the knee joint with artificial ones. Robotic-assisted knee replacement surgery has become a more safe and more accurate alternative to traditional knee replacement surgery, which is still often performed.
Greater Accuracy: The higher level of precision provided by robotically assisted knee replacement surgery is one of its key benefits. The surgeon utilizes a robotic arm during the procedure to construct a 3D model of the patient’s knee joint. This map is then used to direct the placement of the artificial parts, ensuring that they are positioned and aligned properly and more precisely.
During robotic knee replacement cost, the robotic arm may also adapt to any motions or alterations in the patient’s knee joint, giving the physician real-time input. This level of accuracy guarantees that the artificial parts are positioned optimally, which can improve function and give the patient a more natural experience.
Shorter Time To Recovery: Compared to conventional knee replacement surgery, robotic-assisted knee replacement surgery can lead to a quicker recovery. Because the artificial parts are positioned precisely, less soft tissue and bone must be removed during surgery. Less discomfort and swelling may result from this, enabling the patient to start their rehabilitation program earlier.
Lower Possibility Of Problems: Complications from traditional knee replacement surgery include the possibility of infection, blood clots, and nerve injury. Knee replacement surgery with robotic assistance can aid in lowering these risks. An often-occurring consequence of conventional knee replacement surgery is implant loosening or dislocation, which can be helped to a lesser extent by the correct positioning of artificial components.
Individualized care: A more individualized treatment plan is possible with robotically assisted knee replacement surgery. The surgical procedure can be customized to the patient’s unique anatomy by using the robotic arm to produce a 3D map of the patient’s knee joint. As a result, the artificial parts may fit more precisely, improving functionality, and giving the patient a more natural experience.
In order to plan the robotic surgery cost and foresee any potential problems or complications, a virtual model of the patient’s knee joint can also be made using the 3D map. This can aid the surgeon in creating a more thorough treatment plan, which may improve the patient’s results.
Better Long-Term Results: Compared to conventional knee replacement surgery, robotic-assisted knee replacement surgery has been found to have better long-term outcomes. According to studies, individuals who have robotic-assisted knee replacement surgery recover more quickly and with less pain, which improves their quality of life.
Patient satisfaction has increased: Compared to patients who have traditional knee replacement surgery, patients who have robotic-assisted knee replacement surgery frequently express greater levels of pleasure. The patient’s overall quality of life may be enhanced by the correct positioning of the artificial components, which can give them a more natural feeling.
The shorter recovery period and lower risk of complications can also increase patient satisfaction. Patients are more likely to report a positive experience with their surgery if they can resume their normal activities more quickly and with less pain.
Access to cutting-edge technology: Because it is a relatively new technique, not all medical facilities now provide robotic-assisted knee replacement surgery. However, as technology develops and becomes more widely used, more and more medical facilities are making investments in the tools required to carry out the procedure.
Greater Accuracy: Increased precision is one of the main advantages of robotically assisted knee replacement surgery. In a traditional knee replacement, the surgeon must manually modify the prosthetic parts to achieve perfect alignment. However, even minor alignment deviations might result in negative effects like implant failure or premature wear and strain.
Advanced imaging technologies and computer software are used in robotic-assisted knee replacement surgery to build a 3D model of the patient’s knee. This enables the surgeon to carefully plan and carry out the procedure, ensuring that the artificial parts are positioned optimally. Patients may see superior long-term results as a result of this level of precision.
Less Discomfort And Edema: Compared to conventional knee replacement surgery, robotic-assisted knee replacement surgery usually has a lower rate of pain and edema because it is less intrusive. Large incisions must be made in the knee during traditional knee replacement surgery, which can result in substantial discomfort and swelling during the healing period.
More Flexible Range Of Motion: The potential for an increased range of motion after knee replacement surgery with robotic assistance is another advantage. The surgery may produce a more natural-feeling knee that moves more freely because it is more precise. This can be particularly crucial for people who engage in high-mobility activities like sports or lines of work.
Possibility of returning to work and activities sooner: Patients who undergo robotic-assisted knee replacement surgery may be able to return to work and other activities sooner than those who undergo traditional knee replacement surgery since it frequently causes less pain and swelling and has a quicker recovery time. Patients who have physically demanding jobs, play sports, or engage in other high-impact activities may find this to be especially crucial.
It is crucial to keep in mind that every patient’s recovery period will be different, and some patients could need more time to recover before going back to work or engaging in other activities.
Reduced Risk Of Bleeding: There is often less blood loss following robotic-assisted knee replacement surgery than following conventional knee replacement surgery since it is less intrusive and requires smaller incisions. For patients who are more likely to experience issues from blood loss, such as those who have specific medical conditions or are using blood-thinning drugs, this can be crucial information.
In conclusion, patients may profit greatly from robotic-assisted knee replacement surgery. It is a safe and successful alternative to standard knee replacement surgery that has the potential to produce better results, quicker recoveries, and higher levels of patient satisfaction, albeit it may not be the best choice for everyone. Be sure to discuss all your choices, including robotic-assisted knee replacement surgery, with your orthopaedic surgeon if you’re thinking about having your knee replaced.
