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recoveriX®

About recoveriX®

recoveriX® is a brain-computer interface rehabilitation system that connects mental movement intention with physical feedback. Patients imagine specific movements while the system analyses brain activity and provides corresponding visual and physical feedback, creating a repeated brain-body training cycle.

Clinical Application

How it links thought and movement

recoveriX®

Explore How recoveriX® Works

  1. 01 — Imagine

    The patient imagines performing a specific movement.

  2. 02 — Detect

    The brain-computer interface detects brain activity associated with the motor imagery.

  3. 03 — Feedback

    The system provides physical and visual feedback linked to the intended movement.

  4. 04 — Reinforce

    Repeated pairing of motor intention and feedback supports motor relearning.

Clinical Purpose

  • Promote Neuroplasticity

  • Retrain Motor Function

  • Connect Intention With Feedback

  • Improve Upper-Limb Function

  • Support Lower-Limb Rehabilitation

Patient undergoing RecoveriX brain-computer interface therapy to support motor function recovery

Related Conditions

Why Aster Walk Again

Traditional Motor Rehabilitation

  1. Training primarily begins with physical movement

  2. Physical repetition drives training

  3. Feedback follows physical performance

  4. Limited movement can restrict some exercises

  5. Cognitive and physical training may be separate

recoveriX® Neurorehabilitation

  1. Training begins with motor intention

  2. Motor imagery forms part of the training cycle

  3. Brain activity is linked to physical feedback

  4. Training can be performed while seated

  5. Motor imagery and physical feedback are combined

Other Technologies

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

    Luna EMG®

    EMG-driven robotics that responds to muscle activity.

  • 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.

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

    Syrebo®

    Soft robotic hand therapy for functional movement.

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

    Hand of Hope®

    EMG-driven robotic therapy for hand movement.