Mechanical Vibration Therapy with EMG Biofeedback CTU V Wave

Mechanical Vibration Therapy with EMG Biofeedback CTU V Wave  
  • Mechanical Vibration Therapy with EMG Biofeedback CTU V Wave
 
 

Shipping in 4-5 weeks approx.

Description

CTU V Wave is an advanced mechanical vibration therapy system developed by PERISO SA (Switzerland), designed to optimize neuromuscular rehabilitation through real-time feedback control and high-precision physical stimulation.

Advanced technology with intelligent control

The CTU V Wave operates in a range of 55 to 150 Hz and integrates a feedback control system that continuously monitors muscle impedance, canceling reflected waves and maximizing therapeutic efficacy.
It incorporates electromyographic (EMG) feedback to measure muscle response and automatically adjust the optimal treatment frequency.

Therapeutic principle

It uses physical stimulation by mechanical vibration to generate a physiological response in the central nervous system, normalizing motor excitability by regulating corticospinal nerve flows directed to the muscle.

Integrated feedback systems

Acoustic feedback control: self-regulation of the energy reflected by the muscle to reduce standing waves and improve the penetration of the vibrational pulse.

Electromyographic (EMG) feedback: A surface EMG reader that analyzes the muscle response and optimizes the frequency to achieve maximum therapeutic efficacy.

Automatic frequency vibration in random span: avoids muscle habituation and eliminates muscle responses ineffective for therapeutic purposes.

Therapeutic effects

Improved muscle recruitment

Increased proprioception

Reduction of spasticity

Reduction of hypertonicity

Support for motor relearning in neurological patients

Therapeutic applications

Indicated for the treatment of:

Proximal and distal spasticity

Muscle hypotonia

Sarcopenia

Spastic and flaccid paralysis

Hemiplegia

Fracture consolidation

Osteoarthritis

Tendinopathies

Lateral and medial epicondylitis

Quality and manufacturing

Swiss made

Designed for clinical and professional use

Technology aimed at optimizing medical care and functional rehabilitation


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