Stimulation of peripheral receptors

Mechanoreceptors in the body, such as the Pacinian corpuscles and Golgi receptors, are highly sensitive to focal vibratory stimuli. These receptors play a fundamental role in detecting exteroceptive and proprioceptive signals related to vibration. V~PLUS advanced technology emits high frequency vibrations (up to 300Hz), acting precisely on the peripheral receptors involved in motor control and sensory perception.

The neurophysiological circuit: afferent and efferent signals

The vibration generates an afferent signal that travels from peripheral receptors through the nervous system to the sensorimotor cortex of the Central Nervous System (CNS). Once processed, the CNS generates an efferent impulse that returns to the muscle groups involved. This cycle provokes immediate responses in the tissues, improving neuromuscular control and allowing rapid adaptation to the stimulus.

Recruitment and synchronization of motor units

Focal stimulation selectively activates inactive or underutilized motor units. This process not only improves muscle recruitment, but optimizes voluntary control and synchronization of already active motor units. Over time, the system adapts, increasing the muscle's ability to execute complex motor patterns.

Tangible physiological results

The interaction between technology and physiology translates into measurable clinical benefits:

• Increased muscle strength:Optimized power production through activation of motor units.

• Improved coordination:Strengthening the synaptic connection between the nervous system and the muscle.

• Greater reactivity and explosiveness:Faster and more effective motor responses, essential both in functional rehabilitation and in elite sports.

V~PLUS is, therefore, an essential ally that goes beyond muscular condition: it is a neuromuscular integration tool for post-traumatic recovery, fall prevention and performance optimization.