Robotic Surgery

Robotic Surgery

Robotic surgery is a minimally invasive technique used across many specialties. Through small incisions, the surgeon controls a high-definition camera and specialized instruments from a console. It is not autonomous; every movement is directed by the surgeon.

Robotic surgery may be used for procedures involving the abdomen, pelvis, chest, urinary system, gynecologic organs, colorectal region, head and neck, and other areas.

Common Applications

Hernia repair

Gallbladder and gastrointestinal surgery

Colorectal surgery

Prostate and kidney surgery

Gynecologic procedures

Thoracic and lung surgery

Bariatric surgery

Head and neck procedures

Reconstructive and oncologic operations

The best approach depends on the diagnosis, anatomy, health and surgeon expertise. Robotic surgery may be combined with laparoscopic or open techniques.

Potential Benefits

Smaller incisions

Enhanced visualization and precision

Better access to complex areas

Less pain and blood loss in some cases

Shorter hospital stays and faster recovery

Benefits vary by procedure and patient. Robotic surgery is not appropriate for everyone.

Evaluation and Preparation

The medical team reviews your symptoms, imaging, medical history, medications and anesthesia risks. You will receive instructions about fasting, medications, activity and postoperative care.

Recovery

Most patients begin walking soon after surgery. Discomfort, fatigue, bruising, swelling or temporary bowel or bladder changes may occur. Recovery ranges from several days to weeks. Follow-up visits help monitor healing.

Risks

Risks may include bleeding, infection, blood clots, anesthesia complications, injury to nearby organs, conversion to open surgery, recurrence and procedure-specific complications.

A consultation can determine whether robotic surgery is appropriate and review alternatives, expected outcomes and risks.

Book a consultation for a personalized evaluation and treatment plan.