Robotic Gynecologic Surgery
Robotic surgery with the Da Vinci Xi system offers 3D vision, high precision and smaller incisions — leading to faster recovery for complex gynecological conditions.
When robotic surgery is preferred over standard laparoscopy
Robotic surgery does not replace conventional laparoscopy in every case. It is selected when:
- The procedure is technically complex and requires high precision in a confined space.
- Extensive adhesions from previous surgeries or endometriosis are present.
- There is increased risk of damage to adjacent organs (ureter, rectum, bladder).
- The patient desires the fastest possible recovery and return to daily activities.
How the Da Vinci Xi system works
The Da Vinci Xi is the most advanced robotic surgical system currently available. It consists of:
- Surgeon console: The surgeon sits at an ergonomic workstation and controls the robotic arms with high-precision controls.
- 3D HD camera: Provides up to 10x magnification and depth perception that exceeds what the human eye can see.
- EndoWrist robotic arms: Mimic the movement of the human wrist with 7 degrees of freedom — surpassing anatomical limits.
- Tremor filtration: Eliminates natural hand tremor for perfectly steady movements.
Recovery and return to daily life after robotic surgery
Recovery after robotic surgery is significantly faster than after open surgery. Personalized instructions are provided based on the type of procedure.
- First 24–48 hours: Mobilization the following day, light liquid diet.
- Week 1: Light activities at home, avoid heavy exercise.
- Weeks 2–4: Gradual return to normal activities.
- 6 weeks: Full recovery for most procedures, follow-up visit.
Types of robotic procedures performed
The range of robotic procedures continues to expand. The most common gynecologic applications include:
- Robotic myomectomy: Removal of fibroids with uterine preservation — especially for women who wish to conceive.
- Robotic hysterectomy: Simple or radical, depending on the indication.
- Robotic endometriosis excision: Complete removal of deep endometriosis foci from the rectovaginal septum, ureters and bladder.
- Robotic cancer staging: Pelvic and para-aortic lymphadenectomy for gynecologic malignancies.
- Robotic sacrocolpopexy: Suspension procedure for vaginal vault or uterine prolapse.
Diagnosis and preoperative evaluation
Before any robotic procedure, a comprehensive preoperative evaluation is performed including:
- Detailed history and clinical examination for accurate assessment of the condition.
- Transvaginal ultrasound and, if needed, pelvic MRI for anatomical mapping.
- Blood tests and anesthesia assessment.
- An informative consultation with Dr. Baltogiannis to discuss benefits, risks and alternatives.
Conditions treated with robotic surgery
Robotic surgery is not indicated for every condition. It is the preferred approach for complex cases where precision and minimal tissue trauma make a real difference. It is particularly suitable for:
- Advanced endometriosis (Stage III–IV): Excision of deep endometriosis foci with millimeter accuracy, sparing surrounding healthy tissue.
- Uterine fibroids: Robotic laparoscopic myomectomy — ideal for multiple or hard-to-reach fibroids while preserving the uterus.
- Gynecologic oncology: Staging and removal of endometrial, cervical and ovarian cancer with radical lymphadenectomy.
- Uterine prolapse / urogynecology: Robotic sacrocolpopexy for pelvic organ prolapse repair with durable results.
- Hysterectomy: Total robotic hysterectomy (simple or radical) for benign or malignant conditions.
- Ectopic pregnancy: Robotic salpingectomy or salpingotomy with minimal blood loss.
Advantages of robotic surgery over open surgery
The comparison between robotic surgery and traditional open surgery is striking across every parameter:
- Small incisions (3–4 incisions of 1 cm) versus a large abdominal incision.
- Less blood loss — transfusion is rarely needed.
- Significantly reduced postoperative pain — less analgesia required.
- Hospital stay of 1–2 days instead of 4–7 days for open surgery.
- Return to work in 1–2 weeks instead of 4–6 weeks.
- Minimal risk of wound infection and postoperative adhesions.
- Better cosmetic result — tiny scars.
Symptoms
Robotic surgery does not replace conventional laparoscopy in every case. It is selected when:
- The procedure is technically complex and requires high precision in a confined space.
- Extensive adhesions from previous surgeries or endometriosis are present.
- There is increased risk of damage to adjacent organs (ureter, rectum, bladder).
- The patient desires the fastest possible recovery and return to daily activities.
The Da Vinci Xi is the most advanced robotic surgical system currently available. It consists of:
- Surgeon console: The surgeon sits at an ergonomic workstation and controls the robotic arms with high-precision controls.
- 3D HD camera: Provides up to 10x magnification and depth perception that exceeds what the human eye can see.
- EndoWrist robotic arms: Mimic the movement of the human wrist with 7 degrees of freedom — surpassing anatomical limits.
- Tremor filtration: Eliminates natural hand tremor for perfectly steady movements.
Recovery after robotic surgery is significantly faster than after open surgery. Personalized instructions are provided based on the type of procedure.
- First 24–48 hours: Mobilization the following day, light liquid diet.
- Week 1: Light activities at home, avoid heavy exercise.
- Weeks 2–4: Gradual return to normal activities.
- 6 weeks: Full recovery for most procedures, follow-up visit.
This information is for educational purposes and does not replace medical advice. For diagnosis and personalized treatment, book an appointment.
Need an assessment?
Book an appointment at the Athens or Ioannina offices for a personalized evaluation with the doctor.