Caritas Hospital Kerala Brings Advanced Robotic Surgery Closer to Patients with New Da Vinci Xi-Powered Centre
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The system’s high-definition three-dimensional imaging capabilities also help surgeons navigate delicate anatomical structures with greater precision, particularly during intricate procedures.
Caritas Hospital & Institute of Health Sciences, Kerala, has unveiled its Complete Robotic Surgery Centre featuring the Da Vinci Xi Surgical System, strengthening access to next-generation minimally invasive procedures and precision-driven surgical care.
The initiative has reinforced the hospital’s focus on precision medicine, technological innovation, and patient-centred care while making advanced surgical capabilities more accessible to the community.
In announcing the launch, the hospital stated, “This milestone reflects our commitment to bringing world-class robotic-assisted surgical technology closer to the community and redefining the future of healthcare.”
Robotic surgery has steadily gained momentum across India as hospitals invest in technologies that support minimally invasive procedures, improved surgical accuracy, and faster recovery.
The Da Vinci Xi platform is among the most widely adopted robotic surgical systems globally and is used across specialities, including urology, oncology, gynaecology, gastrointestinal surgery, and thoracic procedures.
Earlier this year, Sri Ramachandra Medical Centre and Vedanta’s BALCO Medical Centre in Chhattisgarh introduced the same technology.
With the launch of the Robotic Surgery Centre, Caritas Hospital aims to provide surgeons with enhanced visualization, greater dexterity, and improved control during complex procedures.
The technology translates a surgeon’s hand movements into precise micro-movements of robotic instruments, allowing operations to be performed through smaller incisions compared with many traditional open surgeries.
The introduction of robotic-assisted surgery is expected to benefit patients through reduced surgical trauma, lower blood loss, shorter hospital stays, and potentially faster recovery periods.
The system’s high-definition three-dimensional imaging capabilities also help surgeons navigate delicate anatomical structures with greater precision, particularly during intricate procedures.
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