Industry Symposium 1 【Minimal Invasive Surgery Medical Foundation】

The da Vinci SP robotic surgical system represents a significant technological advancement in minimally invasive urologic surgery. Engineered specifically for narrow access and deep pelvic procedures, the SP platform offers enhanced surgical precision, improved ergonomics, and patient centric outcomes through a single port approach.

Clinical Precision in Complex Anatomy
Urologic procedures such as radical prostatectomy, partial nephrectomy, and pyeloplasty require meticulous dissection and reconstruction within confined anatomical spaces. The da Vinci SP system provides a single port access point through a 2.5 cm cannula, hou sing a fully wristed 3 instrument arm and a flexible 3D HD camera. This enables the surgeon to operate with triangulation and full articulation, even in deep or narrow fields, such as the male pelvis.

Reduced Patient Morbidity
Compared to multiport approaches, single port robotic surgery has demonstrated potential benefits including reduced postoperative pain, minimized scarring, lower
risk of infection, and faster recovery. These advantages are critical for patient satisfaction, hospital throughput, and value based care models.

Improved Surgeon Ergonomics and Workflow Efficiency
The da Vinci SP platform is designed to reduce surgeon fatigue through optimized ergonomic design. The consolidated access point also streamlines the surgical
workflow, shortens d ocking times, and minimizes instrument clashes an operational efficiency that can translate to reduced OR time and cost savings.

Enabling Next-Generation Techniques
SP technology supports the development of novel, less invasive techniques such as transves ical, transperineal, and extraperitoneal approaches previously difficult or impossible with conventional robotic systems. This expands procedural capabilities in reconstructive and oncologic urology.