Morning Walk

Gait rehabilitation robot that focuses on movements of feet

  • Point. 01

    Saddle-type body supporting system

    • Short treatment preparation time due to simple seating system.
    • Provides boarding/alighting mode for severely ill patients.
    • Max. 200kg user.
    • Expansion of patient spectrum due to weight support(15-80%).
    • Available boarding height 100 ~ 200cm.

  • Point. 02

    End-effector type gait training system

    • Study results show it is a more effective rehabilitation method for lower limb movements.*
    • Various gait motions such as ground, stairs (3 types of height), slope (4 types of angle).
    • Providing training mode (Standard, Speed Interaction, Trajectory Interaction, Active Interaction, Section Repeat)
    • Max. 3.3km/h gait training : Step (30-73cm) / Cadence (40-75steps/min).
    • Divided foot plates.
    • Able to adjust the step width.

    * Electromechanical-assisted gait training after stroke: a systematic review comparing end-effector and exoskeleton devices (J. Mehrholz and M. Pohl; J Rehabil Med 2012)

  • Point. 03

    VR(Virtual Reality) S/W(Option)

    • Creation of VR trails and parks, batting game : High therapy effect by stimulating interest.
    • Personalized interface : Identification of every robotic motion and patient training condition.
    • Gait parameters linked.

  • Point. 04

    Biological monitoring and real-time feedback

    • Real-time angle check of the hip, knee and ankle.
    • Ground Reaction Force (GRF), Body Weight Support (BWS) and Foot Pressure Distribution Monitoring.
    • Balance sense monitoring in butterfly diagram.