
Dr. Abhisar Katiyar: Leading the Way in Robotic Knee Surgery
Robotic-Assisted Total Knee Replacement represents a revolutionary advancement in the realm of joint replacement surgery. Precision in component alignment and soft tissue balancing are critical to the long-term success of knee replacement procedures. With robotic technology, these elements are optimized through the creation of a real-time 3D model of the patient’s knee. This advanced imaging allows for the development of a highly personalized and patient-specific surgical plan, resulting in superior accuracy and improved outcomes compared to conventional knee replacement techniques.The robotic-assisted approach is minimally invasive, involving reduced tissue dissection. This results in significantly lower blood loss, minimal post-operative discomfort, and expedited recovery, enabling patients to return to their daily activities much faster.
Dr. Abhisar Katiyar, a pioneer in the field of joint replacement, has been at the forefront of adopting cutting-edge technologies for over a decade. Transitioning from PINLESS navigation systems, he now leads the way with robotic-assisted knee replacement, delivering unparalleled precision and excellent clinical outcomes to his patients.
Why Choose Robotic Total Knee Replacement?
Enhanced Surgical Accuracy
Robotic technology ensures bony cuts with submillimetre precision, tailored to the patient’s unique anatomy. This level of customization allows the newly replaced joint to fit with exceptional accuracy, promoting better alignment and long-term functionality.
Superior Customization
Surgeons can create patient-specific surgical plans in real time during the procedure. The integration of 3D morphing and knee mapping technology enables highly individualized treatment, ensuring that the robotic-assisted knee replacement is perfectly aligned to the patient’s needs.
Minimized Blood Loss and Faster Recovery
By improving efficiency in the operating room, robotic systems significantly reduce surgical time and tissue dissection, leading to lower blood loss. These advancements contribute to faster post-operative recovery and a quicker return to daily activities.
Reduced Postoperative Pain and Analgesic Use
The minimally invasive nature of robotic knee replacement surgery minimizes tissue disruption, resulting in less post-operative pain and a reduced need for analgesic medications.
While the type of surgery required is determined by your surgeon based on your medical condition and preferences, robotic total knee replacement stands out as a highly effective option. Its precision and customization ensure optimal outcomes, with alignment accuracy measured to less than half a millimetre.
Advantages of Robotic Knee Replacement
Exceptional Alignment Precision
Robotic technology enables bony cuts with submillimetre accuracy, ensuring that the newly replaced joint aligns perfectly with the patient’s unique anatomy. This precise alignment offers superior outcomes compared to traditional knee replacement surgeries.
Minimized Soft Tissue Interference
The precise preparation of bony structures and accurate placement of components reduces the need for soft tissue releases during surgery, preserving the natural integrity of the knee.
Personalized Surgical Approach
Surgeons can develop and execute patient-specific surgical plans with robotic precision. The integration of 3D morphing and knee mapping further customizes the procedure to the patient’s anatomy, ensuring a tailored and effective outcome.
Reduced Blood Loss and Faster Recovery
Robotic systems enhance surgical efficiency, significantly reducing operating time and tissue dissection. This leads to minimal blood loss and promotes faster post-operative recovery, enabling patients to return to their daily routines more quickly.
Decreased Post-Operative Pain and Analgesic Use
With less tissue disruption compared to traditional methods, patients experience reduced post-operative pain and a diminished need for pain-relief medications.
Improved Long-Term Joint Function
The precision of robotic-assisted surgery preserves the natural structure of the knee, providing a more natural feel and enhancing the long-term functionality of the joint.
Shorter Hospital Stay
Patients undergoing robotic knee replacement often experience less pain, faster recovery, and reduced analgesic requirements, resulting in shorter hospital stays. Improved functional recovery also reduces the number of required physiotherapy sessions.
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