Electromyographic Biofeedback Instrument

It adopts advanced electromyographic signal acquisition and processing technology to accurately collect surface electromyographic signals of human muscles, convert the invisible physiological signals into visual and audible feedback information, and guide patients to actively control muscle contraction and relaxation. It helps patients improve muscle strength, reduce muscle spasm, restore neuromuscular coordination, and promote the reconstruction of neuromuscular function. The device is widely applicable to rehabilitation departments, neurology departments, pediatrics, pelvic floor rehabilitation departments and other clinical institutions, and is mainly used for the rehabilitation of patients with muscle weakness, spasticity, neuromuscular dysfunction caused by stroke, cerebral palsy, spinal cord injury, peripheral nerve injury and other diseases. With high-precision signal acquisition, stable performance, simple operation and humanized design, it realizes the integration of “assessment + training + rehabilitation”, providing a scientific and effective rehabilitation solution for patients, and is an essential professional rehabilitation equipment for modern medical institutions.

Key Features:

1.Adopt high-precision EMG signal acquisition technology, clear signal collection, strong anti-interference ability

2.Convert invisible EMG signals into visual and audible feedback, easy for patients to understand and operate

3.Integrate assessment, training and rehabilitation functions, realize scientific and systematic neuromuscular rehabilitation

4.Adjustable feedback sensitivity and training parameters, meeting personalized rehabilitation needs of different patients

5.Built-in multiple standard training protocols, suitable for different neuromuscular dysfunction diseases

6.Compact medical-grade design, easy to move and install, suitable for clinical and bedside rehabilitation

7.Intelligent operation system, clear display interface, automatic data recording and report export