P. D. Hinduja Hospital and Medical Research Centre strengthened its orthopaedic care capabilities with the introduction of the advanced CORI Surgical System for robotic-assisted knee and hip replacement surgeries at its Mahim and Khar facilities in Mumbai. The next-generation robotic-assisted platform is designed to improve surgical precision, support personalised joint replacement planning, enhance implant alignment, and deliver greater procedural accuracy during orthopaedic surgeries.
Image-Free Robotic Technology Enhances Surgical Precision
Developed by Smith+Nephew, the CORI Surgical System is a handheld robotic-assisted platform that enables surgeons to perform:
*Total knee replacement surgeries
*Partial knee replacement procedures
*Hip replacement surgeries
*Complex revision joint replacement operations
Unlike many conventional robotic systems, the CORI platform does not require a pre-operative CT scan. As a result, patients experience reduced radiation exposure while hospitals benefit from a more efficient and streamlined surgical workflow.
Real-Time Data and Personalised Surgical Planning
The robotic system maps the patient’s knee or hip anatomy in real time during surgery and helps surgeons create highly personalised treatment plans based on the patient’s unique anatomy.
Additionally, the platform provides:
*Real-time intraoperative data
*Haptic feedback technology
*Millimetre-level surgical precision
*Improved implant positioning and alignment
*Controlled bone preparation
*Enhanced joint stability
The system also helps protect healthy bone and surrounding soft tissues, which can contribute to a more natural joint feel after surgery and improved long-term outcomes.
Technology Expected to Improve Recovery and Mobility
As reported by pharmabiz.com, robotic-assisted joint replacement surgery can particularly benefit patients suffering from severe knee arthritis, chronic joint pain, knee instability or deformities, joint damage unresponsive to medication or physiotherapy. According to the hospital, the advanced technology is expected to support faster rehabilitation, reduced post-operative discomfort, improved mobility and better implant performance over the long term. As part of a special introductory initiative, robotic-assisted knee and hip replacement surgeries using the CORI Surgical System will be offered at no additional cost for a limited period.
Hospital Focuses on Precision and Patient-Centric Care
Gautam Khanna, CEO, P D Hinduja Hospital and Medical Research Centre, said the hospital remains committed to bringing advanced global medical technologies to Indian patients. “Offering the advanced CORI robotic-assisted joint replacement system marks another important step in strengthening our orthopaedic capabilities. This technology enables our clinicians to deliver more precise, personalised and data-driven care while improving patient outcomes and recovery experience,” he said.
Surgeons Gain Enhanced Accuracy Through Robotics
Dr Sanjay Agarwala, director – Professional Services and Section Head, Orthopaedics and Traumatology, P D Hinduja Hospital and Medical Research Centre explained that the robotic system enhances surgical judgement rather than replacing the surgeon. “The CORI Surgical System allows surgeons to take a far more personalised and precise approach to joint replacement surgery,” Agarwala said. He added that the platform provides real-time information during surgery, helping clinicians make informed decisions regarding implant positioning, alignment, and tissue balance. According to him, procedures that previously depended heavily on surgical experience and tactile assessment can now be quantified using data and visual simulation during surgery itself. “This enables greater consistency, accuracy and refinement in surgery, which ultimately translates into better outcomes, faster recovery and improved confidence for patients,” he noted. He also highlighted that the CORI platform can be used for complex revision joint replacement procedures, making it a versatile solution for advanced orthopaedic care.