Robotic gait trainer is a professional medical wearable lower limb exoskeleton designed for standardized gait rehabilitation training of hemiplegic patients, spinal cord injury sufferers and post-operation mobility recovery crowds. Equipped with multi-point real-time motion tracking sensors and programmable adaptive servo drive system, this robotic gait trainer can set customized training modes according to patients’ recovery conditions, guide hip, knee and ankle joints to complete standard bionic walking cycles, correct abnormal gait trajectories and rebuild normal walking muscle memory. It provides graded adjustable auxiliary torque to support patients to stand independently, walk on level ground and practice slope walking, effectively activating atrophied lower limb muscles, accelerating blood circulation and improving body balance control. The lightweight medical composite frame complies with IP54 dustproof and splash-proof specifications, suitable for hospital rehabilitation departments, professional training centers and household long-term rehabilitation practice. Widened soft padded adjustable binding straps fit patients with various heights and leg circumferences, equipped with swappable long-life lithium batteries to support all-day continuous rehabilitation training. Humanized flexible joint structure retains full range of limb movement, matched with visual operation panel and one-key training switch, convenient for therapists, patients and caregivers to operate. Built-in anti-fall early warning, overload interlock and emergency stop triple safety mechanisms eliminate secondary injury risks during repeated training. This clinical-grade robotic gait trainer realizes accurate human-machine motion synchronization, greatly shortens rehabilitation cycles and helps patients gradually regain independent walking ability.
