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Hand of Hope®

About Hand of Hope®

Hand of Hope® is an sEMG-driven robotic hand rehabilitation system that responds to the patient’s own intention to move. It detects voluntary muscle activity and uses robotic assistance to help complete hand opening and grasping movements, supporting active participation and motor relearning.

Clinical Application

How it supports hand movement

Hand of Hope®

Explore How Hand of Hope® Works

  1. 01 — Intention

    The patient attempts to move the hand, generating voluntary EMG activity.

  2. 02 — Detection

    EMG sensors detect the muscle signal associated with the intended movement.

  3. 03 — Assistance

    The robotic hand brace responds to the signal and assists the hand movement.

  4. 04 — Feedback

    Completed movement and interactive training provide feedback that supports repeated motor relearning.

Clinical Purpose

  • Restore Hand Movement

  • Improve Grasp and Release

  • Retrain Muscle Activation

  • Increase Repetitive Practice

  • Support Functional Hand Use

Therapist assisting patient with Hand of Hope robotic glove therapy for hand movement rehabilitation

Related Conditions

Why Aster Walk Again

Traditional Hand Therapy

  1. Movement assisted manually

  2. Weak movement can limit active practice

  3. Repetition depends on therapist assistance

  4. Feedback primarily therapist-led

  5. Exercises performed through physical tasks

Hand of Hope® Assisted Therapy

  1. Robotic assistance responds to muscle activity

  2. EMG can detect the patient’s intention to move

  3. Consistent assisted repetition

  4. Real-time EMG and movement feedback

  5. Interactive games and multiple training modes

Other Technologies

  • Vibramoov functional proprioceptive stimulation system for neuromotor rehabilitationFrance

    Vibramoov®

    Proprioceptive stimulation for sensory-motor rehabilitation.

  • TYMO wireless rehabilitation platform for balance, coordination and movement assessmentAustria

    TYMO®

    Sensor-based balance and postural control training.

  • Luna EMG robotic rehabilitation device for muscle activation and upper limb therapyPoland

    Luna EMG®

    EMG-driven robotics that responds to muscle activity.

  • Sidra LEG robotic rehabilitation system for lower limb movement and gait trainingPoland

    Sidra®

    Robotic lower-limb training with EMG-driven assistance.

  • Syrebo robotic hand rehabilitation glove for finger movement and hand function recoveryChina

    Syrebo®

    Soft robotic hand therapy for functional movement.