Robotic Orthopaedic Surgery at Apex Hospitals, Jaipur
Advanced CORI robotic knee replacement for precise, personalized treatment and faster recovery by expert orthopaedic surgeons.
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Robotic Orthopaedics Surgery
At Apex Hospitals, our orthopaedic robotic team offers robotic-assisted knee replacement surgery using the CORI Surgical System by Smith+Nephew, one of the most advanced handheld robotic platforms available for knee surgery today. Whether a patient needs a total or partial knee replacement, CORI helps our surgeons plan and execute the procedure with greater accuracy, personalized to each patient's exact anatomy. Apex Hospitals is among the first hospitals in Rajasthan to offer CORI-based robotic knee replacement, combining the expertise of our orthopaedic surgeons with cutting-edge technology to deliver better outcomes, faster recovery, and a more natural-feeling knee after surgery.
First in Rajasthan
CORI by Smith+Nephew
No Pre-op CT Scan
Faster Recovery
Orthopaedic Robotic Program at Apex
The Orthopaedics Department at Apex Hospitals has been delivering advanced joint replacement care for over a decade. With the addition of the CORI Surgical System, we have elevated our robotic capabilities to offer some of the most precise, patient-specific knee replacement procedures in the region.
â—ŹReal-time 3D mapping of the patient's knee during surgery, no CT scan required
â—ŹAI-assisted planning using RI.KNEE technology for personalised implant positioning
â—ŹDynamic intraoperative gap balancing for improved joint stability and natural movement
â—ŹHandheld robotic drill operates within pre-set boundaries for safe, precise bone removal
â—ŹComplete pre- and post-operative orthopaedic care under one roof.
Why CORI : Key Advantages
CORI differs from other robotic systems in ways that matter for both surgeons and patients. Unlike large-console robots that require pre-operative CT scans and extensive OT infrastructure, CORI is compact, imageless, and built around intraoperative intelligence.
CORI Robotic System Highlights
Handheld & Portable — Compact design fits any operating room without dedicated infrastructure.
Real-time Gap Balancing — Surgeons assess and balance flexion/extension gaps live during surgery, not from a pre-planned static model.
Faster Workflow — Quick boot time and dual instrument sets allow multiple robotic procedures in a single surgical day.
No Pre-op Imaging — CORI uses image-agnostic smart mapping to build a 3D model intraoperatively, eliminating CT costs and radiation exposure.
Personalised Implant Fit — Every procedure is tailored to the patient's unique knee anatomy, reducing the risk of early wear and improving long-term function.
Smaller Footprint, Lower Cost — Compact system reduces capital and operational burden compared to large robotic platforms.
Treatments & Procedures
Robotic-Assisted Total Knee Replacement
Complete replacement of the knee joint surface using CORI's real-time 3D mapping and AI-assisted RI.KNEE planning, for a precise, personalised implant fit and improved joint stability.
Robotic-Assisted Partial Knee Replacement
Replacement of only the damaged portion of the knee joint, preserving healthy bone and ligament — guided by CORI's intraoperative gap balancing for natural movement.
Patient Journey
1
Book a Consultation
Book online through the Apex website or call our dedicated helpline. Our team will guide you through the consultation process and help you understand whether robotic knee replacement is the right option for you.
2
Clinical Evaluation
Your orthopaedic surgeon examines the knee and reviews your medical and surgical history to assess whether you are a suitable candidate for robotic-assisted total or partial knee replacement.
3
Intraoperative 3D Mapping & Planning
No pre-operative CT scan is required. During surgery, CORI builds a real-time 3D model of your knee, with AI-assisted RI.KNEE technology guiding personalised implant positioning.
4
Robotic-Assisted Surgery
The surgeon uses the handheld CORI robotic drill, which operates within pre-set boundaries for safe, precise bone removal, with dynamic gap balancing performed live during the procedure for improved stability.
5
Recovery & Rehabilitation
Most patients begin walking with support within 24–48 hours of surgery. Structured physiotherapy supports a faster return to daily activity compared to conventional knee replacement.
6
Follow-up Care
Complete pre- and post-operative orthopaedic care is provided under one roof, with scheduled follow-up to monitor recovery and joint function.
Frequently Asked Questions
We've compiled a list of the most frequently asked questions to help you find the information you need quickly and easily.
“If you can't find the answer to your question here, please don't hesitate to contact our support team for assistance.”
CORI is a handheld robotic platform by Smith+Nephew used for robotic-assisted knee replacement surgery. It builds a real-time 3D map of the patient's knee during surgery, with no pre-operative CT scan required, and uses AI-assisted RI.KNEE technology for personalised implant positioning.
Currently, the CORI robotic system is available at our Malviya Nagar, Jaipur unit. Conventional orthopaedic and joint replacement care is available at our Sri Ganganagar and Sawai Madhopur units.
No. Unlike large-console robotic systems, CORI uses image-agnostic smart mapping to build a 3D model of the knee intraoperatively, eliminating the cost and radiation exposure of a pre-operative CT scan.
Total knee replacement replaces the entire knee joint surface, while partial knee replacement replaces only the damaged portion, preserving healthy bone and ligament. CORI's real-time gap balancing supports both procedures with precise, personalised guidance.
CORI is compact and handheld, requires no pre-operative imaging, and balances joint gaps live during surgery rather than relying on a pre-planned static model — making it faster to set up and more adaptable during the procedure.
