Billroth Hospitals, a leading multispeciality healthcare centre known for its expertise in advanced laparoscopic and laser procedures, has unveiled its new Institute of Robotic Surgery. The launch marks a significant step forward in expanding its minimally invasive surgical capabilities using the SSi Mantra 3 robotic system developed by SS Innovations. The platform is designed to enhance precision and improve outcomes across a wide spectrum of surgeries.
The robotic system will be used in oncology, gastrointestinal surgery, urology, thoracic surgery, gynaecology and complex general surgery. The SSi Mantra 3 can support intricate operations involving organs such as the esophagus, stomach, liver, pancreas, bile ducts, intestines, rectum and anal canal, as well as urological structures including the kidney, ureter, bladder and prostate. It will also enable minimally invasive procedures for reproductive health issues, retroperitoneal tumours and various thoracic tumours.
According to the hospital, the technology will strengthen its ability to perform complex hernia repairs, bile duct explorations, diaphragmatic repairs and fundoplication for hiatus hernia. Advanced procedures such as liver transplantation and cardiac bypass surgeries are also expected to benefit from the robot’s enhanced precision and stability.
The SSi Mantra 3 comes with three to five modular robotic arms and is compatible with more than 40 robotic endo-surgical instruments, allowing surgeons to customise the configuration for each procedure. Its open-face surgeon console features a 32-inch 3D 4K display, ergonomic control system and head-tracking safety mechanisms, offering superior visual detail and steady handling during lengthy or complex operations.
Commenting on the launch, Dr. Rajesh Jeganathan, Chairman of Billroth Hospitals, said, “We are proud to introduce a centre of excellence for robotic-assisted surgery. Our aim is to make minimally invasive care more accessible and affordable. Patients who need laparoscopic procedures can highly benefit from robotic surgery, as both use minimally invasive techniques. With robotic assistance, even highly complex surgeries become safer, recovery is faster, and hospital stays are shorter ultimately lowering overall treatment expenses. This is especially advantageous for cancer patients who require intricate resections or extended operative time. Minimally invasive methods also help patients mobilise as early as the next day, speeding up recovery.”
He added that robotic technology greatly enhances surgical precision. Unlike traditional open surgery, robotic systems offer a magnified 10x, high-definition 4K 3D view that improves clarity while retaining depth perception. The stable robotic platform minimises unintended movements, allowing for higher accuracy and reduced blood loss. With a range of motion beyond natural human capability, the arms can navigate hard-to-reach areas with ease. Surgeons also benefit from an ergonomically designed console that reduces fatigue and ensures steady control during long or complex procedures.