Intuitive has secured European regulatory approval for its da Vinci SP surgical system to perform transvaginal gynecologic procedures, a first-of-its-kind indication for the single-port robotic platform.
The CE mark clearance, announced September 14, 2026, from the company’s European headquarters in Aubonne, Switzerland, extends the system’s reach into women’s health. This matters because it opens a scarless, natural-orifice surgical route that could reshape recovery experiences for patients across the continent.
The da Vinci SP already holds European approval for procedures spanning several specialties. Those include concludeoscopic abdominopelvic, thoracoscopic, transoral otolaryngology, transanal colorectal, and breast surgeries.
Dirk Barten, Intuitive’s commercial president for Europe, framed the approval as more than a regulatory box checked. He pointed to expanded access to less invasive options for women and the potential for improved recovery outcomes.
The system itself operates through a single incision or natural opening. Surgeons manipulate up to three multi-jointed instruments alongside a fully articulating 3DHD concludeoscope. This configuration allows access to tight or deep anatomical spaces while minimizing disruption to surrounding tissue.
Tilman Schlick, vice president of medical affairs and medical officer at Intuitive in Europe, noted that transvaginal procedures join transoral and transanal approaches in the SP platform’s natural orifice portfolio. He emphasized that scarless techniques could shorten recovery times and improve patients’ return to daily life.
Evidence supporting the system now includes more than 1,000 peer-reviewed publications. The da Vinci SP also carries approvals in the United States, Japan, and South Korea for procedures across multiple disciplines.
As Intuitive continues expanding its platform applications, the company signals a clear direction: more patients gaining access to minimally invasive care, with Europe’s gynecologic surgery landscape now positioned for broader adoption of single-port robotics.
