Robotic Surgeries

Robotic Surgery in Mohali

The Robotic-Assisted Surgeries department at Park Hospitals, Mohali, is a highly specialized unit for patients who require gastro, gynaec, and onco-surgery for optimal recovery.

Our department is run by a team of skilled surgeons trained in several robotic-assisted techniques spanning multiple specialties, including gynecology, oncology, urology, and general surgery, as well as complex procedures. Robotic-assisted surgeries treat several conditions, such as gallbladder removal, hernia repair, gynecological disorders, prostate conditions, and certain cancer treatments, offering much more accurate control and access to difficult areas of the body. The system translates the surgeon’s hand movements into highly refined actions, enabling greater accuracy throughout complex procedures, improving patient recovery time, and facilitating a return to the original lifestyle.

The Robotic-Assisted Surgeries program is well-equipped with surgical technologies that allow efficient visualization, an essential factor for successful surgeries. The system also uses fluorescence imaging, which helps surgeons clearly see blood flow and important organs during surgery and enables doctors to make proactive decisions based on the observations. These technologies support optimal patient recovery by providing precise control, visualization, and the ability to detect complexities promptly.

The Robotic-Assisted Surgeries program at Park Hospitals, Mohali, focuses on complete care customized to robotic-assisted procedures. Smaller, more precise incisions often allow early mobilization under medical guidance, while careful wound care and monitoring help reduce the chance of complications. Patients are supported with structured recovery plans that include gradual activity progression, pain management, and guidance on safely resuming daily routines. Follow-up consultations are conducted to track healing, ensure stability, and help patients return to normal life with improved confidence and comfort within a short span.