Sakra IKOC Multi-Speciality Hospital in Bengaluru has successfully performed India’s first AI-powered total knee replacement surgery using the innovative Intellijoint KNEE system, marking the formal entry of Canadian medtech firm Intellijoint Surgical into the Indian market. Led by Dr. Chandrashekar P, the procedure on a 53-year-old female patient demonstrates the technology’s imageless, pinless navigation for precise implant alignment, promising faster recovery and superior long-term outcomes.
Glimpse:
The surgery employed the Intellijoint KNEE system, an AI-driven, surgeon-controlled tool that provides real-time intraoperative measurements for bone cuts and implant placement without pre-operative CT scans, bulky robots, or intramedullary rods. By registering anatomical landmarks like the hip’s center of rotation, it ensures optimal joint alignment and balance, reducing surgical trauma, complications, and rehabilitation time. The minimally invasive approach enhances patient recovery and joint function, positioning Sakra IKOC as a pioneer in next-generation orthopaedic innovation.
Sakra IKOC Multi-Speciality Hospital in Bengaluru has made history by conducting India’s first AI-powered total knee replacement surgery using the Intellijoint KNEE system, a cutting-edge Canadian technology that delivers real-time surgical guidance without the limitations of traditional robotic systems. Performed on a 53-year-old female patient at the hospital’s HSR Layout facility, the procedure was led by Dr. Chandrashekar P, Director of Orthopaedics and a pioneer in robotic orthopaedics. This milestone not only highlights Sakra IKOC’s commitment to advanced care but also signals the entry of Intellijoint Surgical into the Indian market.
Unlike conventional robotic knee replacements that often require pre-operative CT scans, pins, or large machinery, the Intellijoint KNEE system is imageless and pinless, relying on AI-powered navigation to adapt dynamically to the patient’s unique anatomy. During the surgery, it registers key landmarks such as the hip’s center of rotation to provide surgeons with precise measurements for bone resection and implant positioning. This streamlined, minimally invasive workflow minimises tissue damage, reduces the risk of fat embolisms from intramedullary rods, and achieves superior joint alignment and balance—critical factors for natural movement, pain relief, and implant longevity.
The patient underwent a successful operation with early signs of accelerated recovery, underscoring the system’s potential to transform outcomes in total knee arthroplasty. Dr. Chandrashekar P noted that the technology’s ease of use and real-time feedback make it ideal for orthopaedic surgeons, offering predictable results while enhancing patient rehabilitation. “The Intellijoint KNEE system ensures bone cuts are precise with implants strategically placed for optimal alignment,” he said. “It’s fast, surgeon-controlled, and designed for better recovery and long-term success.”
Armen Bakirtzian, Co-Founder and CEO of Intellijoint Surgical Inc., expressed excitement about the collaboration: “We are thrilled to mark our first successful knee replacement in India with Dr. Chandrashekar P and his exceptional team at Sakra IKOC. Witnessing how our technology transforms patient outcomes here is truly inspiring.”
Sakra IKOC, part of the Sakra World Hospital network, continues to lead in orthopaedic advancements, building on its experience with systems like the CUVIS-Joint autonomous robot. This procedure positions Bengaluru as a hub for AI-driven precision surgery, potentially reducing complications and hospital stays while improving joint function for patients nationwide.
“The Intellijoint KNEE system offers real-time measurements during surgery, ensuring precise bone cuts and implant placement for optimal joint alignment. This AI-based technology enhances patient recovery and delivers predictable long-term outcomes we’re proud to bring it to India.”
By
HB Team

