Vibramoov® is a neurorehabilitation technology based on Functional Proprioceptive Stimulation. It uses targeted mechanical stimulation to reproduce sensory information associated with natural movement, helping activate sensory-motor pathways and support movement perception and motor responses.
Vibramoov®
Functional proprioceptive stimulation is applied to selected muscle-tendon areas.
The stimulation activates muscle spindles and mimics sensory signals normally produced during movement.
The nervous system receives sensory information associated with the simulated movement.
Sensory-motor areas are activated, encouraging motor responses and progressively greater patient participation.
Supporting sensory-motor retraining following stroke.
Stimulating sensory-motor pathways during neurological recovery.
Supporting proprioception and motor training.
Supporting movement perception and sensory-motor function.
Supporting sensory input and available motor activity.
Supporting sensory-motor activity and movement awareness.
Using proprioceptive stimulation within rehabilitation for pain-related movement impairment.
Sensory feedback primarily follows actual movement
Limited movement reduces movement-generated feedback
Motor training focuses primarily on physical execution
Muscle tone addressed through physical techniques
Participation develops through repeated movement
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Stimulation can reproduce movement-related sensory information
Proprioceptive pathways can be stimulated despite limited movement
Sensory and motor systems are targeted together
Focal vibration can be used for tone regulation
Sensory stimulation supports progressive active participation
EMG-driven robotics that responds to muscle activity.
Sensor-based balance and postural control training.
Robotic lower-limb training with EMG-driven assistance.
Soft robotic hand therapy for functional movement.
EMG-driven robotic therapy for hand movement.
