Robotic medicine is fundamentally redefining the way modern science investigates, understands, and intervenes in human biology, particularly within the rapidly advancing field of longevity research . Advanced robotic devices and humanoid robots have evolved from auxiliary laboratory tools into central operational agents that drive both experimental and clinical workflows. These systems perform complex experimental procedures with extraordinary precision, endurance, and consistency, maintaining uniform performance over prolonged operational cycles. Unlike human operators, robotic platforms are immune to fatigue, cognitive bias , stress, and micro-variations in technique, establishing a new benchmark for experimental reliability, methodological rigor, and long-term data integrity in biomedical research . This technological transformation is converting biomedical research from a largely human-limited endeavor into a continuously operating, data-intensive scientific engin...