Fortis Institute of Robotic Surgery at Fortis Manesar

About Fortis Hospital, Manesar, Gurugram

Fortis Hospital, Manesar is a comprehensive tertiary care center with world class facilities, reputed clinicians and nurses supported by cutting edge technology. At Fortis Manesar, we prioritize patient-centric care, clinical excellence, compassionate service ensuring superior outcomes with personalized treatment plans. Situated on a spacious five-acre campus, the hospital offers a comprehensive range of services in all broad and super specialties. Fortis Hospital, Manesar is a 350-bedded facility with 95 dedicated ICU beds and 9 state-of-the-art Operating Theatres. This robust infrastructure is equipped to address a wide spectrum of medical cases with the utmost core and precision. 

In line with our commitment to providing the latest and best in medical technology, we are pleased to announce the installation of the Da Vinci Xi Surgical Robot. This state-of-the-art system enables a wide range of minimally invasive procedures, including surgeries for gastrointestinal, gynecological, prostate, head and neck, kidney, and breast cancers, as well as various benign conditions. The Da Vinci Xi offers unmatched precision, reduced blood loss, and faster recovery times, while preserving organs and minimizing pain. With this advanced technology, we are proud to offer world-class surgical care that enhances patient safety, comfort, and quality of life.

Our Team of Experts

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FAQs

  • What is the Robotic Surgical System?

    It is a system consisting of three parts:
    Surgeon Console is the control centre where your surgeon sits to perform the operation.
    Patient Cart holds the camera and surgical instruments your surge on controls from the console.
    Vision Cart manages the communication between all the system components and provides a screen for the care team to view the operation.

  • Why is your surgeon suggesting Robotic Assisted Surgery?

    Surgical Robotic Systems have been widely adopted by surgeons and benefited millions of patients. More than 8.0 million robotic-assisted procedures have taken place worldwide, roughly, every 26 seconds, a patient somewhere in the world gets operated through Robotic Assisted Surgeries.

    Just as technology, such as MRI and CT scanners enhance clinicians’ skills beyond what the human body allows, RAS system extends the capabilities of a surgeon’s eyes and hands. With RAS your surgeon:
    • Stays with you in the operating room and uses his or her hands to control a camera and surgical instruments to perform the procedure.
    • Views the entire operation in 3-dimensional high definition (3DHD), giving your surgeon a crystal- clear view of the surgical area that is magnified 10 times to what the human eye sees.
    • Uses tiny instruments that move like a human hand but with an even greater range of motion. The system’s built-in tremor-filtration technology helps your surgeon to move each instrument with smooth precision.

    By providing surgeons with superior visualisation, enhanced dexterity, greater precision and ergonomic comfort, Robotic surgical systems make it possible for skilled surgeons to perform minimally invasive procedures involving complex dissection or reconstruction.

  • Which type of robot is used for robotic surgery?

    Fortis Hospitals boasts of highly advanced, latest 4th generation robotic surgery system - the DaVinci Robotic platform and SSI Mantra

  • How surgeons determine the eligibility of a patient for robotic surgery?

    In most cases, surgeons check whether the patient’s case is feasible enough for robotic surgery. If yes, this surgery is recommended with complete details about the procedure, benefits, effects, costs and time. Most patients follow their surgeons’ advice in regard to surgical procedure.

  • Why Robotic Surgery?

    1. Smaller incisions and less scarring
    2. Precision in surgery
    3. Fewer complications
    4. Less postoperative pain and Less need for pain medication
    5. Reduced hospital stay and faster healing
    6. Quicker return to normal activity

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