FV Hospital has invested in the fourth-generation Da Vinci Xi robotic surgical system, one of the most advanced platforms currently in use in Southeast Asia. Supported by the expertise of FV’s leading specialists, this technology helps manage even the most complex procedures and sets a new standard for accuracy, safety, and treatment outcomes for patients.
Da Vinci Xi Robotic System: State-of-the-Art Technology for Complex and Time-Consuming Surgery
The Da Vinci Xi system represents a significant advancement in modern surgery, addressing many limitations associated with traditional open surgery and standard minimally invasive surgery. It is not an autonomous robot but a breakthrough surgical system with four robotic arms, fully controlled by experienced surgeons to achieve the highest level of precision.
Clear and accurate HD vision: The system is equipped with a high-definition 3D HD camera, offering up to 15× magnification. This allows surgeons to identify tiny blood vessels, nerves, and delicate body structures that are difficult to distinguish with the naked eye. This capability is particularly important in cancer surgery, where careful removal of affected tissue while preserving surrounding healthy tissue is essential.
Flexible robotic arms – up to 540 degrees: Equipped with four slim robotic arms measuring approximately 6–8 mm, the Da Vinci Xi system can rotate and bend up to 540 degrees, exceeding the range of motion of the human wrist. This flexibility allows surgeons to operate with precision in very narrow areas, such as the pelvis or deep inside the chest, where traditional rigid instruments can be difficult to use.
Steady and vibration-free movements: The system is designed to automatically filter out natural hand tremor. Every cut and stitch is smooth, stable, and precise down to the smallest detail.
Operated by Experienced Surgical Specialists
At FV Hospital, the system is operated by a team of senior surgeons led by Dr Dang Dinh Minh Thanh, PhD, Specialist Level II. With more than 20 years of clinical experience and as one of the first surgeons in Vietnam to perform robotic chest surgery, Dr Thanh combines advanced surgical expertise with world-class medical technology.
How the Robotic System Helps Improve Surgical Results
- Minimally invasive surgery: Very small incisions of approximately 8 mm help protect healthy tissue and support faster recovery.
- Reduced blood loss and less pain: The risk of blood transfusion can be reduced by up to 70%. Minimised tissue disruption supports faster wound healing and improved cosmetic outcomes.
- Shorter hospital stays: Many patients are able to sit up and walk within 24–48 hours after surgery. Hospital stays are often shorter than with conventional surgical approaches, typically ranging from 2–6 days. In selected cases, patients may be discharged within 24 hours.
- An effective option for complex cases: In certain challenging situations, robotic surgery can achieve outcomes comparable to open surgery. In chest surgery, it is particularly effective for complex procedures such as lymph node removal, airway or blood vessel repair, and thymus surgery for myasthenia gravis.
- Better function preservation: According to urology and gynaecology specialists, robotic surgery helps protect important nerves and blood vessels. This helps improve the recovery of urinary and physical function following surgery for prostate cancer or gynaecological conditions.
Robotic Surgery Within a Joint Commission International (JCI)-Standard Safety System
The strength of robotic surgery at FV lies not only in advanced technology, but also in its rigorous infection control procedures and JCI-standard patient safety systems. Close collaboration between departments, together with the expertise of FV’s Anaesthesia and Intensive Care teams, enables the safe management of complex cases that were previously considered high risk. This integrated approach supports improved clinical outcomes and greater reassurance for patients.
Common applications include: chest surgery (lung cancer, myasthenia gravis, deep chest tumours, and pulmonary blood vessel conditions), gynaecology (cervical and endometrial cancer, pelvic lymph node removal, complex fibroids, endometriosis, and pelvic organ prolapse), urology (prostate cancer, kidney cancer, kidney reconstruction, and bladder surgery), general surgery (colorectal cancer, liver–biliary–pancreatic surgery, reflux surgery, abdominal and inguinal hernia repair, and stomach reconstruction).
By applying the Da Vinci Xi robotic system, FV Hospital is opening a new era of precision surgery focused on patient recovery. This is achieved through advanced technology, the expertise of experienced surgeons, a well-coordinated operating team, and dedicated nursing care.
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