Max Robotics — Global Service Robot Directory + US Certification

About

Kourosh Zareinia is a prominent researcher at the intersection of surgical robotics, medical engineering, and neurosurgical technology. His work is perhaps best known for his foundational contributions to neuroArm, a groundbreaking teleoperated surgical robotic system designed to operate within real-time intraoperative imaging environments — a landmark achievement that has shaped the trajectory of robot-assisted neurosurgery. His clinical investigations into neuroArm's application in glioma treatment and microsurgical procedures have collectively garnered nearly 300 citations, underscoring their lasting influence on the field. Beyond neuroArm, Zareinia has made significant contributions to the broader robotics landscape, authoring widely cited reviews on robotic gripper classifications, medical robotic platforms, and the emerging frontier of nanorobotics for medical applications. His meticulous cadaver-based studies quantifying forces exerted during microneurosurgery and robot-assisted dissection have provided critical biomechanical data that inform safer and more precise robotic system design. His research on haptic hand-controllers and image-based force estimation further demonstrates his commitment to bridging engineering innovation with surgical practicality. With a body of work spanning over 680 cumulative citations, Zareinia stands as an authoritative voice in advancing the safety, precision, and clinical integration of medical robotic systems.