Max Robotics — Global Service Robot Directory + US Certification

About

Jason Knight is a pioneering figure in the advancement of robotic gynecologic surgery, with a focused expertise in minimally invasive techniques and single-site platforms. His major contributions center on the technical refinement and validation of robotic systems for complex procedures like hysterectomy. Knight’s landmark 2012 study on the da Vinci® Single-Site Platform, which has garnered 33 citations, provided critical anthropometrical, docking, and suturing considerations for hysterectomy in a cadaver model—establishing foundational guidelines for surgeons adopting this technology. He further shaped the field with his 2013 analysis of cost and robotic surgery in gynecology (19 citations), highlighting the economic implications of the rapid shift toward robotic procedures. Additionally, his early work on single-port hysterectomy with pelvic lymph node dissection in a porcine model (2011) demonstrated the feasibility of a novel lightweight endoscope positioner, showcasing his commitment to innovation. Knight’s research has directly influenced surgical practice by addressing both technical feasibility and healthcare economics, making him a key voice in the ongoing evolution of robotic gynecology. His work remains essential reading for clinicians and researchers seeking to optimize patient outcomes through advanced surgical technology.