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Robotic surgery

Therobot-assisted knee arthroplasty It is an innovative approach in the field of orthopedic surgery. It is used to treat patients with severe knee problems, such as advanced arthritis or joint damage. In this procedure, the damaged knee joint is replaced with an artificial prosthesis. The distinguishing feature is the collaboration between the surgeon and a highly advanced robotic system.

This method begins with 3D images of the patient's knee, allowing for highly personalized surgical planning. During surgery, the robot assists the surgeon in real time, guiding and improving precision in the placement of the prosthesis. This can result in benefits such as more precise alignment of the prosthesis, smaller incisions, and potentially faster recovery.

Key advantages of robotic-assisted knee arthroplasty include:

Improved Accuracy: Robots can achieve a millimeter level of precision, improving prosthetic alignment and therefore long-term function of the knee.

Personalization: 3D image-based planning allows for a personalized surgical approach, tailored to the patient's specific needs.

Minimal Invasion: The robot's precision may allow for smaller incisions, decreasing damage to surrounding tissues and potentially speeding recovery.

Improved Results: Precise placement of the prosthesis can lead to increased durability of the artificial joint and improved knee function.

Surgeon-Robot Collaboration: Although the robot assists in the surgery, the surgeon's experience and judgment remain essential to the success of the procedure.

In summary, robotic-assisted knee arthroplasty represents an exciting advancement in orthopedic surgery, improving precision and outcomes for patients in need of a new knee joint.

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