Enhance Rehabilitation Outcomes with Advanced EMG Biofeedback

Maximize precise muscle evaluation with the NeuroTrac SIMPLEX EMG. This compact, cost-effective device delivers accurate EMG biofeedback for therapists and patients alike. The NeuroTrac SIMPLEX EMG measures muscle activity from as low as 0.2µV to 2000µV, ensuring reliable detection of even the weakest signals. The user-friendly interface, upright design, and vibrant LED display make sessions productive and easy to follow. Connected to optional software, this unit produces detailed progress reports, supporting efficient rehabilitation plans. You can link units for dual or four-channel systems, expanding utility for clinics or individuals targeting muscle re-education, injury recovery, or continence management. Immediate visual feedback, multilingual PC compatibility, and simple software integration add to its versatile package. Enhance rehabilitation, biofeedback, and diagnostic capability with a portable solution trusted by professionals.

Features and Benefits

• Single channel EMG unit
• Multilingual PC database system supports fibre optic computer connection
• Functions as EMG biofeedback and diagnostic tool
• Measures EMG from 0.2µV to 2000µV for sensitive and robust analysis
• Designed for diverse physiotherapy use, including incontinence, shoulder and neck pain, patellofemoral pain, repetitive strain injury, stroke, and more
• Assists both patients and clinicians as a rehabilitation and teaching tool
• Generates comprehensive patient progress reports with optional software
• Easy-to-use software available for enhanced reporting and data tracking
• Stands upright for convenient use and bright LED biofeedback viewing
• Possibility to connect as a dual or four-channel EMG system

Indications for Use

• Continence diagnosis and pelvic floor biofeedback training
• Shoulder pain
• Neck pain
• Patellofemoral pain
• Repetitive strain injury
• Stroke rehabilitation
• Other general physiotherapy applications requiring EMG assessment and muscle re-education