Recovery shrinks from five days to two when surgery goes robotic
In Chandigarh this past weekend, hundreds of surgeons gathered not merely to exchange techniques, but to redefine a city's place in the geography of healing. The Young HSICON 2026 conference placed robotic and AI-assisted surgery at the center of a quiet but consequential argument: that advanced surgical care need not always flow toward distant metropolises. Where once a patient traveled far for precision, the precision is now traveling to them.
- Hernia patients who once faced five days of recovery can now return home in two — robotic surgery is compressing suffering into a narrower window.
- Surgical errors and complications, long accepted as unavoidable risks, are being measurably reduced as machines offer three-dimensional precision no human hand alone can match.
- Hundreds of surgeons trained hands-on with Da Vinci, SSI Mantra, and Hugo RAS platforms, turning a conference hall into a rehearsal space for the operating rooms of tomorrow.
- Chandigarh's medical community is making a direct claim: patients across North India no longer need to journey to Delhi or Mumbai for robotic surgical care.
- The city is not just hosting a conversation about the future of surgery — it is actively training the generation of surgeons who will deliver it.
Chandigarh spent this past weekend hosting a conference that signals something larger than a medical meeting — a city staking its claim in India's surgical future. The Young HSICON 2026 gathering, organized by the Hernia Society of India and the Punjab Chapter of the Association of Surgeons of India, drew hundreds of surgeons to examine how robotic and AI-assisted techniques are transforming what happens inside the operating room.
The medical focus was hernias — a common condition long treated with large incisions, extended recovery, and considerable pain. The conference centered on a different path: minimally invasive and robotic approaches that compress recovery from five days to two, while significantly reducing complications and surgical errors. Leading Delhi surgeons Dr. Prateek Lohchab and Dr. Priti Batra were among those presenting, lending the event considerable clinical authority.
Hands-on workshops gave surgeons direct experience with the platforms reshaping modern surgery — Intuitive's Da Vinci, SSI Mantra, and Medtronic's Hugo RAS — tools that offer three-dimensional visibility and a level of precision surgeons describe as previously unimaginable. A dedicated session on the "Double Docking" technique illustrated how technology can reduce pain while accelerating recovery. Nearby in Mohali, 31 orthopedic surgeons participated in a parallel minimally invasive workshop at Shalby Hospital.
Beneath the technical demonstrations lay an explicit ambition. Organizer Dr. Anupam Goel made it plain: Chandigarh is equipped to handle complex robotic cases, and patients across North India need not travel to distant cities to access this care. The conference was, in effect, both a demonstration of capability and an open invitation — to patients, to referring physicians, and to the region — to reconsider where advanced surgical care now lives.
Chandigarh spent this past weekend hosting a gathering that signals a shift in how the city sees itself within India's medical landscape. The Young HSICON 2026 conference drew hundreds of surgeons to discuss the future of surgical care, with particular focus on robotic and AI-assisted techniques that are quietly reshaping what's possible in the operating room.
The Hernia Society of India and the Punjab Chapter of the Association of Surgeons of India organized the event around a straightforward medical problem: hernias, which occur when internal organs or tissues push through weakened muscle. For decades, surgeons treated these with large incisions that meant longer recovery and more pain. This conference centered on a different approach—minimal access surgery, sometimes called keyhole surgery, and increasingly, robotic assistance.
The difference in outcomes is measurable and significant. A hernia repair performed the traditional way typically requires five days of recovery. When performed robotically, that shrinks to two days. Dr. Prateek Lohchab of Aakash Healthcare in Delhi explained this during the conference. His colleague, Dr. Priti Batra from Max Super Speciality Hospital, also in Delhi, emphasized another advantage: the technology substantially reduces the likelihood of complications and surgical errors. Both are recognized leaders in their field, and their presence underscored the caliber of expertise on display.
The conference featured hands-on workshops where surgeons could work directly with the platforms reshaping modern surgery—Intuitive's Da Vinci system, SSI Mantra, and Medtronic's Hugo RAS. These aren't theoretical tools. They offer three-dimensional visibility and precision that surgeons describe as previously impossible. One session focused specifically on the "Double Docking" technique for complex repairs, demonstrating how technology reduces pain while accelerating the body's return to normal function. Separately, 31 orthopedic surgeons participated in a workshop at Shalby Hospital in nearby Mohali, learning advanced minimally invasive techniques.
What matters beneath the technical details is the ambition the conference represents. Dr. Anupam Goel, who organized the event, made the underlying goal explicit: Chandigarh is well equipped to perform these surgeries and manage difficult cases. Residents, he suggested, no longer need to travel to Delhi or Mumbai to access robotic surgical care. By training the next generation of surgeons in these high-tech methods, the city is positioning itself as an emerging hub for robotic surgery across North India. The conference was, in effect, a statement of capability and an invitation to patients and referring physicians to reconsider where advanced surgical care happens in the region.
Notable Quotes
A surgery normally takes five days to heal. However, if performed robotically the recovery period is two days.— Dr. Prateek Lohchab, Aakash Healthcare
The technology significantly reduces the chances of complications and errors.— Dr. Priti Batra, Max Super Speciality Hospital
The Hearth Conversation Another angle on the story
Why does recovery time matter so much? Two days versus five—that's significant, but is it the main reason hospitals are investing in robotic systems?
It's part of it, but not the whole story. Faster recovery means patients return to work, to their families, to their lives sooner. But the real draw is precision. A robot doesn't have tremor. It can see in three dimensions with magnification. For complex repairs, that means fewer complications, fewer infections, fewer revision surgeries down the line.
So this is about quality, not just speed.
Exactly. Speed is the visible benefit. Quality is what surgeons care about. And when you reduce errors and complications, you also reduce cost over time—fewer readmissions, fewer lawsuits, fewer patients who need a second surgery.
Why is Chandigarh positioning itself this way now? What's changed?
The technology has matured. It's no longer experimental. And hospitals here have invested in the platforms. But there's also a regional gap. If you need robotic surgery in North India, you've historically had to go to Delhi or further. Chandigarh is saying: we can do this here. We have the equipment, the expertise, the trained surgeons.
Is this about competition between cities, or genuine patient benefit?
Both. Yes, hospitals want market share. But patients genuinely benefit from having options closer to home. Less travel, less stress on families, faster access. The competition drives investment, which drives quality. It's not cynical—it's how healthcare improves.