One of the major challenges in functional rehabilitation consists of re-coordinating motor skills and the associated neurosensory information. Vibramoov offers clinicians and patients a therapeutic solution to maintain this functional interaction throughout the course of treatment.

Vibramoov technologies offer healthcare professionals a unique opportunity to preserve & enhance the sensory-motor functions of patients suffering from motor impairments

Key success factors of Vibramoov technology:

  • Promotes neuroplasticity through the application of an early intense treatment that makes sense to the patient
  • Constraint-induced movement therapy
  • Electromyographic biofeedback
  • Non-invasive brain stimulation (TMS)
  • Neuromuscular electrical stimulation (FES)
  • Transcutaneous electrical nerve stimulation
  • Robotic devices
  • Virtual reality and
  • Brain-computer interfaces provide massed practice

Sensory trick activates related sensory-motor areas (4) allowing patients to feel natural movements. Because sensory & motor systems are interdependent, the CNS then reacts by initiating corresponding movements

Treatment Plan-

Mode 1:

Mobility Functional Proprioceptive Stimulations (FPS) –

FPS stimulates the nervous system with sensory information identical to those of natural movements. They induce sensations of movement and can provoke motor responses corresponding to the movements felt by the patient. FPS facilitates movement, keeps sensorimotor interactions alive, and stimulates neuroplasticity.

Lower limb-

Bedridden, upright, postural control, walking on a treadmill, in combination with an exoskeleton or overground walking.

Upper limb-

Seated with or without arm support.

Mode 2:

Regulation of muscle tone Focal Vibration (FV) –

Focal vibrations are applied to the middle of the muscle. The aim is to preserve muscle architecture & promote the regulation of the muscle activity between agonist & antagonist. Possible synchronous treatments of patients with similar conditions allow a larger number of daily applications.

Triggering motor activities via proprioceptive inputs Regulating muscle tone Functional Proprioceptive Stimulations (FPS) are applied on the musculotendinous junction (1).

FPS mechanically stimulates the muscle spindles (2) mimicking the sensory signals – Ia fibers (3) of functional movements. This neuro

This neurosensory trick activates related sensory-motor areas allowing patients to feel natural movements.

FPS Clinical Benefits:

Vibramoov treatment can be applied to patients with a Stroke, Cerebral palsy, Multiple sclerosis, Polytrauma, Brain injuries, Coma, and Parkinson’s Disease.

The variety of programs integrated into the Vibramoov interface, the progressiveness of exercises, and the use of patient positioning accessories allow clinicians to optimize treatment and maximize functional gains for patients.

Neurorehabilitation with Vibramoov:

VERY EARLY & INTENSIVE NEUROREHABILITATION with Vibramoov – through Functional Proprioceptive Stimulation…because every day counts. Rehabilitation is as follows…

  • Intensive Care Unit
  • Rehabilitation Center
  • Outpatient Clinic

FPS application in the rehabilitation continuum:

  • Recovery of Motor Function
  • Walking speed recovery
  • Plasticity level

Log onto to know more about treatment with Vibramoov

To know more write to us: