I visited Opera Bone and Joint Clinic on a clear Bangalore morning, stepping in not as a patient but as a medical journalist seeking to understand how advanced orthopedic care is delivered in everyday clinical practice. My conversation with Dr. Ponnanna K.M unfolded around one of the most discussed innovations in joint care today—Robotic Total Knee Replacement Surgery in Bangalore. What emerged was not a sales pitch for technology, but a thoughtful explanation of where robotics fits into responsible orthopedic decision-making.
Dr. Ponnanna K.M.’s medical journey reflects a structured progression through orthopedic education. According to publicly available clinical information, he holds an MBBS degree followed by a Master’s specialization in Orthopedics. His training includes focused exposure to joint replacement surgery, trauma care, and degenerative joint disease management.
During the interview, he emphasized that robotic assistance does not replace surgical expertise but builds upon it. As a Best Orthopedic Doctor in Bangalore, his clinical philosophy rests on understanding biomechanics, alignment, and long-term joint function—skills refined through years of conventional and advanced surgical practice.
With extensive experience in orthopedic surgery, Dr. Ponnanna K.M has managed a wide spectrum of musculoskeletal conditions, including osteoarthritis, sports injuries, fractures, and complex joint degeneration. Knee replacement surgery forms a significant part of his clinical work, particularly in patients with advanced arthritis who have exhausted conservative treatment options.
As an Orthopedic Surgeon in Bangalore, he explained that patient selection is central to surgical success. Not every knee condition requires replacement, and not every replacement requires robotic assistance. This measured approach was a recurring theme throughout our discussion.
Situated in Bangalore, Opera Bone and Joint Clinic functions as a focused orthopedic care center. The clinic environment is distinctly medical—consultation rooms are designed for examination and imaging review rather than cosmetic appeal.
The setup supports pre-surgical assessment, post-operative follow-up, and rehabilitation coordination. From a journalistic perspective, the clinic prioritizes workflow efficiency, patient education, and continuity of care, which are particularly relevant for procedures like knee replacement that involve long recovery timelines.
When discussing Robotic Total Knee Replacement Surgery in Bangalore, Dr. Ponnanna K.M framed robotics as a tool for precision rather than a guarantee of outcomes. Robotic systems assist surgeons in planning implant positioning, alignment, and bone cuts based on patient-specific anatomy.
He noted that the technology allows for real-time feedback during surgery, potentially improving consistency. However, he was clear that robotics enhances—not replaces—clinical judgment. Surgical planning, intraoperative decisions, and post-operative care remain firmly under the surgeon’s responsibility.