Technological advancements in robotics are rapidly transforming healthcare, prompting clinicians to wonder whether artificial intelligence and automated systems could eventually replace human hands in manual therapy. Inspired by sophisticated humanoid robots performing complex physical acrobatics, Dr. John Hanks explores current innovations in robotic massage and chiropractic care. In China, researchers and commercial robotics manufacturers have developed advanced systems designed to address aging populations and labor shortages. Machines equipped with thermal imaging, autonomous acupoint recognition, and adaptive force sensors currently mimic Traditional Chinese Medicine techniques such as kneading, pressing, and moxibustion. Prominent institutions, including the Mayo Clinic, have integrated automated massage devices like the TUINA robot to assist patients suffering from chronic lower back pain. While these devices can reduce physical strain on manual therapists and handle routine soft-tissue preparation, true robotic chiropractic adjustment remains elusive. Historical attempts at mechanical adjusting units, from early twentieth-century patents to the Pettibon system, relied on static mechanical thrusts. However, replicating high-velocity, low-amplitude chiropractic adjustments requires nuanced clinical intuition, dynamic palpatory feedback, and subluxation analysis that current technology cannot match, keeping human touch central to the healing art.