Your knee comprises several ligaments, nerves, bones, and cartilage, all of which cushion your knee joints and provide it with the support it needs for movements. If you suffer a knee injury, arthritis, or any condition that affects any of these components, you will need a partial or total knee replacement. There’s been a growing demand for robotic partial knee replacement surgery. Thanks to the technological advancements in the orthopedic world. Your healthcare provider can use robot-assisted technology to replace your damaged knee with artificial implants.
The Role of Robotics in the Procedure
Robotic knee replacement and traditional replacement are the same and deliver the same results. The difference lies in the surgical procedure. Robotic partial knee replacement allows a great level of precision, which improves the knee joint alignment. Simply put, your surgeon uses a robotic arm that functions as a guide assisting the team to make precise incisions and ensure proper alignment of your knee joint.
Benefits of Robotic Partial Knee Replacement Surgery
Robotic knee replacement is better than its traditional counterpart in many ways. Here are a few common benefits.
- Minimally Invasive: Robot-assisted knee replacement is comparatively less complicated than traditional surgery. Precise and small incisions mean a lesser risk of tissue damage, which translates into less pain.
- Precise Implant Positioning: The 3D images of the knee allow your surgeon to plan the surgery and incision in advance. The robotic tool helps you achieve the best level of precision, which ensures proper positioning of the prosthetic implant. The better the implants fit into your knee joint, the longer they last.
- Faster Rehabilitation: Robot-assisted knee replacement is a minimally invasive procedure, that involves fewer complications, less blood loss, and faster recovery. You can start physical therapy within a week of the procedure and regain your range of motion quickly.
The Robotic Partial Knee Replacement Process
Robotic knee replacement surgery in Mumbai involves a CAT scan, which gives 3D images of your knee structure, nearby tissues, cartilage, and all components of your knee. This helps the surgeon personalize the surgery to your unique knee anatomy.
Using this scan, your surgeon can achieve the highest level of precision in terms of making cuts, choosing the best knee implants, and positioning them. Your surgeon uses a handheld robotic arm to conduct the surgery precisely.
Postoperative Care and Recovery
Your robotic knee replacement surgeon will plan your post-operative care, which involves pain management and physical therapies to speed up your recovery.
Generally, knee replacement through robot-assisted technology requires less care and involves faster recovery than traditional surgery. However, that doesn’t completely eliminate the hospital stay. Your surgeon will guide you regarding the recovery, physical therapy, and follow-up appointments post-procedure.
Conclusion
Robot-assisted knee replacement has become a game-changer in the orthopedic industry. The precision level, recovery period, and fewer complications are the key features that make it patients’ best choice. Ideally, a candidate who’s eligible for a traditional knee replacement will also be eligible for robotic surgery.
