Advances in robotics, high-speed connectivity and digital healthcare are opening new possibilities for surgery beyond traditional geographical boundaries. In a recent demonstration, doctors in India conducted a live robotic tele-surgery exercise involving a robotic surgical system located in Chengdu, China.
The procedure was led by Dr Vivek Bindal, Principal Director and Head of Minimal Access, Bariatric and Robotic Surgery at Max Hospital, Vaishali. In collaboration with BORNS Robotics System, the team examined whether surgical movements, images and other critical information could be transmitted across countries with the accuracy and speed needed for complex procedures.
The pre-clinical exercise used animal models to perform several procedures, including gallbladder removal, stomach surgery, hysterectomy and kidney surgery. The demonstration showed how a surgeon in India could remotely operate a robotic platform located about 5,000 kilometres away in China.
The technology could have wider implications for healthcare access in India, where specialist surgical expertise is concentrated largely in major cities. Patients in Tier 2 and Tier 3 cities can face limited access to experts for complicated procedures. In the future, advanced connectivity could support remote surgery, surgical mentoring, tele-proctoring and real-time collaboration between medical teams in different locations.
Dr Bindal said, “Healthcare is entering a phase where expertise may no longer have to be limited by geography. What makes this live tele-surgery particularly significant is that it brings together surgery, robotics, connectivity and international collaboration to test what is technically possible. Tele-surgery could eventually become a platform not only for procedures, but also for remote mentoring and proctoring, enabling specialists to support teams and share expertise across borders.”
Dr Gaurav Aggarwal, Director of Hospital Operations and Chief Operating Officer of NCR Region 3, said, “At Max Healthcare, we continuously introduce the latest technological advancements for the ultimate benefit of patients at large. As a recognised leader performing one of the highest volumes of precise robotic surgeries, our focus remains on delivering superior clinical outcomes. While cross-border robotic tele-surgery is currently in its trial phase, these successful research milestones are critical. They help us build a future where advanced surgical expertise is no longer limited by geography—ensuring patients in Tier 2 and Tier 3 cities, across state lines, and even internationally have better access to specialised, life-saving care.”
The demonstration is an early step in assessing whether robotic tele-surgery can eventually be used in real-world clinical settings. Any wider application will require regulatory clearances, robust clinical protocols and strict patient-safety measures. Subject to these requirements, the healthcare group plans to further examine tele-surgery applications across its hospital network.
Cross-border robotic surgery remains an emerging field, but such demonstrations show how technology could connect specialist expertise with patients and medical teams across long distances. Further research, regulation and safety validation will determine how quickly these systems can move from controlled trials to routine healthcare.
(The above image is generated using AI for illustrative purposes only)