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What is the Rehabilitation Robot?

The rehabilitation robot is used in the process for improving the ability of persons with disabilities to achieve optimal physical, sensory, intellectual, psychological, as well as social functioning levels. There are two types of rehabilitation robots: one is the therapeutic robot used to treat patients, and the other is the assistive robot that helps people with their daily activities.

What is the Rehabilitation Robot Business Support Project?

The Rehabilitation Robot Business Support Center selects outstanding rehabilitation robots annually and provides these robots to testbeds for clinical application and improvement. The testbeds are chosen from among the relevant organizations such as rehabilitation hospitals. The Rehabilitation Robot Business Support Center supports the promotion of the rehabilitation robot business and improving the quality of life for people with disabilities and senior citizens.

Goal of the Rehabilitation Robot Business Support Center of Korea

In order to improve the quality of life for people with disabilities and senior citizens, the Rehabilitation Robot Business Support Center supports the testbed operation of the therapeutic rehabilitation robot and daily living assistive robot, and promotes the market and competitiveness of the robots.

Rehabilitation Robots Supported

Supported in 2015
  • End-effector Type Gait Rehabilitation Robot, MORNING WALK
    End-effector Type Gait Rehabilitation Robot, MORNING WALK
    • Gait Rehabilitation Robot focuses on rebuilding muscles and rehabilitation of joint movement to regain a patient’s ability to walk
    • Seating type supporting a patient’s partial body weight
    • Various gait patterns of ground walking, stair ascending and decending
    • Short setup time and easy operation
  • Robotic Electronic Magnifier,E-bot PRO
    Robotic Electronic Magnifier, E-bot PRO
    • E-bot PRO is a robotic electronic magnifier design to support the low vision in their daily lives
    • Users can control all navigation functions of the robotic camera using the joystick enabled wireless controller
    • Users can capture images using the robotic camera arm, then recognize and read the text quickly using the built-in text-to-speech voice
Supported in 2014
  • Trunk Stability Rehabilitation Robot, 3DBT-33
    Trunk Stability Rehabilitation Robot, 3DBT-33
    • Trunk stability
    • Sitting balance training
    • Weight transfer training
    • Sit-to-stand training
    • Standing balance training
  • Hand Rehabilitation Robot, RAPAEL Smart Glove
    Hand Rehabilitation Robot, RAPAEL Smart Glove
    • Visualizes performance and progress data
    • Works with the Android platform
    • Designed to practice tasks associated with daily activities
    • Intuitive user interface and user experience
Supported in 2013
  • Transfer Robot, Robin-T
    Transfer Robot, Robin-T
    • Transfer assist robot
    • Supports the thighs and back
    • Easy and quick transfer
    • Assists with the transfer of the disabled and elderly
  • Upper-Limb Rehabilitation Robot, Neuro-Xe
    Upper-Limb Rehabilitation Robot, Neuro-Xe
    • Measures the upper limb’s mobility (various bio-feedback functions)
    • Senses the patient’s intent to move and support the motion actively (continuous active motion)
    • Uses a game program to attract the patient’s interest
    • Sets an exercise intensity value suitable for the patient based on maximum muscular strength
    • Uses the color touch monitor whose height and left/right angles are adjustable
  • Feeding Assistive Robot, CareMeal
    Feeding Assistive Robot, CareMeal
    • Assists the user to eat when he/she wants
    • Reduces the burden of caregivers and family members for feeding assistance
    • Installs/removes the robot conveniently
    • Suitable for Korean food culture (handling sticky rice)
Supported in 2012
  • Gait Rehabilitation Robot, Walkbot-S
    Gait Rehabilitation Robot, Walkbot-S
    • Composed of the lower limb exoskeleton, treadmill, and body weight support
    • Gait pattern re-education
    • Gait training with virtual reality
    • Reduces spasticity and improves the range of motion
    • Improves proprioception and muscle strength
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