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Syrebo®

About Syrebo®

Syrebo® is a soft robotic hand rehabilitation system that combines robotic exoskeleton technology with active and passive training. The rehabilitation glove supports repeated finger and hand movements across different stages of recovery, helping patients practise motor functions required for everyday hand use.

Clinical Application

How it helps fingers move

Syrebo®

Explore How Syrebo® Works

  1. 01 — Initiate

    The patient attempts or observes the required hand movement depending on the selected training mode.

  2. 02 — Assist

    The soft robotic glove guides or amplifies finger movement.

  3. 03 — Practise

    Patients perform passive, assisted, mirrored, resisted or task-oriented exercises.

  4. 04 — Feedback

    Visual, sensory and movement feedback reinforces repeated hand practice and active participation.

Clinical Purpose

  • Improve Finger Mobility

  • Restore Hand Motor Function

  • Improve Grasp and Release

  • Increase Active Participation

  • Support Functional Hand Use

Patient using Syrebo robotic rehabilitation glove to improve hand mobility and finger coordination

Related Conditions

Why Aster Walk Again

Traditional Hand Therapy

  1. Finger movements guided manually

  2. Repetition depends on manual support

  3. Standard opening and closing exercises

  4. Limited movement can restrict practice

  5. Functional practice performed separately

Syrebo® Assisted Therapy

  1. Soft robotic glove assists movement

  2. Consistent repetitive hand training

  3. Individual finger and task-oriented training

  4. Passive and assistance modes support weaker movement

  5. Real-object and ADL-oriented training can be integrated

Other Technologies

  • Hand of Hope robotic hand rehabilitation device for assisted finger and hand movementsHong Kong

    Hand of Hope®

    EMG-driven robotic therapy for hand movement.

  • 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.

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

    Sidra®

    Robotic lower-limb training with EMG-driven assistance.

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

    Luna EMG®

    EMG-driven robotics that responds to muscle activity.