Wearable rehabilitation robot is a medical intelligent lower limb exoskeleton specially developed for hemiplegia recovery, spinal injury rehabilitation, postoperative walking training and elderly gait correction. Integrated with AI bionic gait planning program, all-round real-time motion sensing modules and safe adjustable servo power system, this wearable rehabilitation robot precisely tracks users’ walking trajectories, delivers graded soft auxiliary power to hip, knee and ankle joints, guides standard walking postures and reduces lower limb pressure during repeated rehabilitation exercises. Equipped with anti-fall early warning, overload automatic shutdown and emergency stop triple safety mechanisms, it effectively avoids secondary physical injuries during long-term training. The lightweight medical composite frame meets IP54 dustproof and waterproof standards, compatible with hospital rehabilitation wards, professional training centers and household daily recovery scenarios. Widened soft padded adjustable straps support full size matching for patients with different heights and leg lengths, paired with replaceable long-lasting lithium batteries to support all-day continuous rehabilitation practice. Humanized flexible joint structure ensures unobstructed limb movement, matched with simple handheld control panel that lowers operation difficulty for patients and caregivers. This wearable rehabilitation robot activates lower limb muscle vitality, accelerates blood circulation, relieves muscle atrophy, joint stiffness and pressure sores, steadily improves walking balance and gradually helps users regain independent mobility ability.
