Robotic knee replacement surgery is a groundbreaking medical advancement that has revolutionised the lives of countless individuals worldwide. By combining state-of-the-art robotics with cutting-edge imaging technology, this transformative procedure offers unprecedented accuracy and personalised solutions for joint deterioration and pain.Â
Unlike traditional methods, robotic arm-assisted knee arthroplasty ensures perfect implant positioning and reduced tissue trauma. As a result, patients experience enhanced mobility, faster recovery, and lasting relief, enabling them to reclaim an active and pain-free lifestyle.
Benefits of Opting for a Robot-Assisted Knee Reconstructive Surgery
Here are the noteworthy upsides of robotic knee replacement surgery:
Improved Surgical Precision
Robotic systems utilise advanced imaging technology to create 3D models of the patient’s knee anatomy before and during the surgery. This precise mapping allows the surgeon to accurately plan the procedure, ensuring optimal incision and alignment. The robotic arm guides the surgeon’s movements within predefined boundaries.
Personalised Treatment
Every patient’s knee anatomy is unique, and this advanced replacement technique enables a more personalised approach to surgery. Preoperative planning assists the surgeon to evaluate the procedure for each patient. This customisation leads to better long-term outcomes and patient satisfaction.
Minimally Invasive Approach
Robotic knee replacement often involves smaller incisions compared to open surgery. With the assistance of autonomous systems, the surgeon can work through smaller openings, resulting in reduced blood loss and a faster recovery for the patient.
Real-Time Feedback
During the surgery, the robotic system gives real-time feedback to the surgeon, ensuring that the planned adjustments are being executed accurately. This continuous monitoring enhances the surgeon’s confidence in making informed decisions, leading to a more successful procedure.
What are the Robotic Technologies Used During a Surgery?
Robotic devices used in surgery are categorised based on their freedom of movement: autonomous (active), hands-on (semi-active), and passive. Passive systems, also known as computer-assisted or navigation systems, ensure correct tool positioning but do not operate independently.
Active robots autonomously perform bone cuts, reducing human involvement. Whereas, semi-active robots combine both approaches, with the surgeon maintaining control while the robot offers real-time feedback through tactile, auditory, or visual cues to ensure adherence to the preoperative plan. These systems are also referred to as “haptic” systems, allowing precise surgical guidance.
Is Robotic Knee Replacement Surgery Clinically Approved?
As per the latest updates collected via authorised sources, robotic total knee arthroplasty (TKA) has been clinically proven to be effective and safe for certain patients.
Studies have shown improved precision in implant placements compared to conventional TKA. Robotic assistance can enhance surgical outcomes and potentially lead to better long-term benefits.
Besides getting excellent assistance from the Burnside Hospital’s orthopaedic department, you can also rely on them for best-in-class Adelaide oncology and haematology services.
The hospital has been operating for more than 70 years now as a not-for-profit community healthcare service provider. Moving forward it is attempting to make landmark progresses in the field of sportsmed.
