The lower limb exoskeleton robot, designed based on bionics and ergonomics, is an external stent system that supports human weight and can provide power support to help patients improve limb function and motor function. The lower limb exoskeleton robot is composed of a series of joints driven by motors, which can simulate human movement and carry out meaningful communication and interaction with the human body, helping patients train limb function, maximize the recovery of walking function, and improve quality of life. Product Advantages • The thigh, calf and stride height can be adjusted to better fit the patient's body structure • The patient's movement trajectory can be recorded during use, gait assessment can be performed, and planning and prediction can be performed • Load more than 100kg, suitable for the vast majority of patients • With anti-rollover, fault alarm, emergency stop button, can ensure the safety of patients • The use of environmentally friendly materials, simple shape, long-term use without deformation Spinal cord injury, myelitis with lower limb muscle weakness and difficulty in walking. Motor impairment of the lower limbs caused by brain injury, cerebral palsy, paraplegia, and hemiplegia. Postoperative motion recovery for bone and joint surgery. Shijiazhuang Dukon Medical Instruments Co.,Ltd