Max Robotics — Global Service Robot Directory + US Certification

About

Minoru Yamamoto is a pioneering surgeon whose work bridges the gap between advanced robotics and minimally invasive gastric cancer surgery. His primary research focuses on robot-assisted gastrectomy, with a specific emphasis on developing and validating novel techniques that improve patient outcomes. Yamamoto’s most impactful contribution is his 2023 study on solo surgery in robot-assisted gastrectomy, which demonstrated comparable safety and efficacy to conventional laparoscopic gastrectomy through a rigorous propensity score-matched analysis. This work, already cited 13 times, has significant implications for surgical efficiency and resource allocation. Earlier, he advanced the field by detailing the technique of totally robotic delta-shaped anastomosis in distal gastrectomy, an intracorporeal reconstruction method that reduces invasiveness. While his early career included work on sliding mode control for indoor vehicles—a testament to his interdisciplinary background—his surgical innovations have had the greatest impact, with his key papers accumulating over 20 citations. Yamamoto’s contributions are helping to define the future of robotic gastric cancer surgery, making complex procedures safer and more accessible.