Robotic-Assisted Joint Replacement
Robotic surgery represents a quantum leap in joint replacement precision. Dr. Tarek Roshdy uses the latest robotic systems to achieve the best possible outcomes with exceptional accuracy.
Robotic joint replacement is an advanced surgical technique that uses a robotic system to assist the surgeon in:
The robot does not perform the surgery independently — the surgeon controls the procedure entirely. The robot provides guidance and additional precision that exceeds human capability alone.
A CT scan is taken before surgery to create an accurate 3D model of the patient's joint.
The surgeon uses the 3D model to plan the optimal prosthetic joint position, angles, and size.
During surgery, the robot guides instruments within pre-determined boundaries with sub-millimeter precision.
The robotic system verifies accuracy in real-time, ensuring optimal implant placement.
Accuracy within fractions of a millimeter in determining angles and joint position.
Higher precision leads to better weight distribution and potentially longer prosthetic life.
The robot prevents any deviation beyond safe boundaries, protecting surrounding tissues.
Studies show higher patient satisfaction rates compared to traditional surgery.
No, the surgeon controls every step of the operation. The robot provides guidance and additional precision to help the surgeon achieve optimal results.
Most candidates for joint replacement are also candidates for robotic surgery. The doctor determines the appropriate technique after comprehensive evaluation.
There may be a slight additional cost due to the advanced technology, but the long-term benefits in precision, joint longevity, and better outcomes make it a worthwhile investment.
Recovery is similar or may be slightly faster due to the precision of the procedure and preservation of healthy tissues.
Book your consultation with Dr. Tarek Roshdy to learn if robotic-assisted surgery is right for your case.
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