The WALKBOT, a lower limb rehabilitation exoskeleton robot, provides accurate and optimal therapeutic effects for exercise rehabilitation based on numerous customer and clinical stories, experiential evidence, and clinical experiments by researchers.

The WALKBOT, a lower limb rehabilitation exoskeleton robot, is designed to provide the most natural, biomechanically and energetically efficient walking pattern, helping customers with acute and severe stroke, spinal cord injury, or gait disorders to reset the optimal automatic movement pattern and accelerate rapid recovery in the early stages of rehabilitation.

The Walkbot, a lower limb rehabilitation exoskeleton robot, automatically adjusts its rigidity or compliance, assistance and resistance, walking speed, and joint kinematics of the hip, knee, and ankle according to the customer's continuous exercise performance, providing an intelligent interactive mode that maximizes automatic relearning, maintenance, and complete recovery.

The Walkbot, a lower limb rehabilitation exoskeleton robot, provides various and fun functional rehabilitation exercises related to walking such as kicking a soccer ball, playing games, etc., to optimize the customer's motor control. In addition, the Walkbot provides various training modes that focus on the patient's physical condition, from basic modes for beginners starting with the Walkbot to intensive courses for advanced patients requiring more active treatment.

Augmented reality software

The Walkbot, a rehabilitation exoskeleton robot, provides exciting and customized 3D augmented reality exercise games, allowing customers to enjoy walking in interactive and ecological natural or virtual environments without perceiving walking training as a form of therapy.