Part 3: Application – From Theory to Practice: The Expansive Reach of Surgical Robots

The true value of any technology ultimately lies in the breadth and depth of its application. Since their introduction, surgical robots have experienced rapid and widespread adoption, demonstrating significant clinical value across a diverse range of specialties.

Broad Clinical Adoption

By as early as 2010, surgical robots-led by the da Vinci system-had achieved widespread global use. Their applications now span nearly all surgical disciplines that demand high precision and dexterity, including:

Urology: Where radical prostatectomy has become a benchmark robotic procedure.

Cardiac Surgery: Enabling complex operations such as coronary artery bypass and valve repair.

Thoracic Surgery: Including lobectomies and esophageal resections.

Hepatobiliary & Gastrointestinal Surgery: Covering procedures such as liver resection and surgeries for gastric and colorectal cancers.

Gynecology: For operations including hysterectomy and myomectomy.

Otolaryngology (ENT): Particularly in transoral minimally invasive surgery.

Potential Beyond the Conventional Operating Room

Beyond traditional hospital settings, surgical robots hold tremendous potential in battlefield medicine and disaster relief-such as in earthquake or tsunami response scenarios. With the integration of 5G-enabled remote operation technology, mobile robotic units can be deployed to the front lines, allowing field medics to stabilize patients while expert surgeons perform critical procedures from afar.

This capability not only extends surgical care to extreme and inaccessible environments but also greatly enhances the success rate and quality of emergency medical treatment.