Max Robotics — Global Service Robot Directory + US Certification

About

NewYork–Presbyterian Hospital stands at the forefront of clinical robotics innovation, distinguished by its pioneering integration of robotic and minimally invasive surgical technologies across multiple medical specialties. As one of the nation's premier academic medical centers, affiliated with both Weill Cornell Medicine and Columbia University, the institution has generated a body of research that has fundamentally shaped how robotic surgery is practiced and evaluated worldwide. The hospital's most impactful contributions center on urological oncology, where its surgeons helped establish the evidence base for robot-assisted radical prostatectomy and cystectomy. Landmark studies comparing robotic, laparoscopic, and open approaches — drawing on tens of thousands of patients across multinational cohorts — have garnered hundreds of citations and directly influenced surgical guidelines. Researchers here have refined nerve-sparing techniques, characterized neurovascular anatomy around the prostate, and quantified how surgical learning curves translate into patient safety improvements. Beyond urology, NewYork–Presbyterian has broken ground in robotic coronary intervention, publishing the first-in-human evaluations of robotic-assisted angioplasty systems, and has contributed meaningfully to robotic thoracic and colorectal surgery. The institution's health economics research, employing time-driven activity-based costing, has brought rigorous financial analysis to robotic procedure adoption — a critical contribution as healthcare systems weigh value against innovation. Rehabilitation science also features prominently, with influential work on neuroplasticity and motor recovery strategies following stroke. Collaborative ties to engineering programs have even extended the hospital's reach into soft robotics fundamentals. For prospective collaborators and trainees, NewYork–Presbyterian offers a uniquely translational environment where cutting-edge robotic platforms meet high-volume clinical practice, creating unparalleled opportunities to advance surgical innovation with immediate patient impact.