
Vibration
Therapy

STIMULATE HEALING, REDUCE PAIN AND IMPROVE NEUROMUSCULOSKELETAL FUNCTION
Vibration Therapy uses mechanical oscillations delivered through a platform or handheld device to stimulate neuromuscular, circulatory, and proprioceptive systems. By applying controlled vibration frequencies to the body, it enhances muscle activation, improves balance, and modulates neural circuits. Functional neurologists utilize vibration therapy to support motor rehabilitation, reduce spasticity, and improve sensory integration in a wide range of neurological conditions.
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Post-stroke and brain injury patients with motor deficits or spasticity
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Neurodegenerative patients (Parkinson’s, MS, Alzheimer’s) needing mobility and balance support
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Pediatric neuro patients with developmental motor impairments
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Older adults with fall risk or sarcopenia
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Chronic pain patients with fibromyalgia or neuropathic pain syndromes
HOW IT WORKS
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Mechanical Oscillation: Whole-body or localized vibration is delivered at specific frequencies (typically 5–60 Hz).
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Neuromuscular Effects:
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Activates muscle spindles and enhances reflexive contraction
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Improves motor unit recruitment and muscle strength
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Reduces spasticity through inhibitory effects on hyperactive stretch reflexes
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Neurophysiological Effects:
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Increases proprioceptive feedback and sensory integration
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Stimulates cortical reorganization and neuroplasticity
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Enhances circulation and lymphatic flow
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May modulate autonomic nervous system activity
FEATURES AND BENEFITS
Neurological rehabilitation uses:
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Stroke recovery – improved gait, motor function, and spasticity reduction
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Parkinson’s disease – enhanced mobility, tremor reduction, improved gait initiation
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Cerebral palsy & pediatric neurorehab – reduced spasticity, improved motor control
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Multiple sclerosis (MS) – improved balance and fatigue reduction
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Peripheral neuropathy – enhanced sensory feedback, reduced pain
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TBI & concussion rehab – sensory integration, postural control
Additional systemic uses:
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Fall prevention in older adults
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Muscle conditioning and bone density support
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Pain reduction in chronic musculoskeletal conditions





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