FREEEMG

Wireless sEMG system for non-invasive surface electromyography measurement and analysis. Captures muscle electrical activity for clinical assessment, rehabilitation monitoring, and biomechanical research applications. Features wireless transmission, real-time data acquisition, and multi-channel signal processing capabilities.

Clinical-grade wireless electromyography system for patient assessment and muscle function evaluation in clinical settings. Incorporates automatic impedance checking and fixed-delay signal processing technology.

Wireless electromyography sensors for assessing muscle function and motor control during human motion analysis. Equipped with inductive charging technology and integrated impedance measurement capabilities.

Laboratory and research-oriented wireless EMG platform for motion analysis, ergonomic assessment, and biomechanical research. Supports comprehensive musculoskeletal and movement disorder investigations.

Clinical and research-grade wireless surface electromyography system providing muscle function assessment for motion analysis applications. Features fixed signal acquisition delay and impedance checking technology with inductive charging capabilities.

A biosensor-based device that provides electromyographic biofeedback for muscle activity monitoring and therapeutic applications. It is designed to measure and display muscle electrical signals for clinical and rehabilitation purposes.

Compact electromyography system for point-of-care neuromuscular assessment. Enables field testing and remote clinical neurophysiological evaluation.

High-precision electromyography sensor array technology that detects and interprets muscle electrical signals for prosthetic control and neuromotor assessment applications.

Non-invasive surface sensors for electromyography applications, detecting muscle electrical activity through the skin. Compatible with standard EMG recording systems.

Portable EMG/Evoked Potential System for neurophysiological assessment and monitoring. Captures electromyography and evoked potential signals for diagnosis of neuromuscular disorders, nerve damage, and central nervous system function. Features wireless dry electrodes and real-time signal analysis for clinical and research applications.

Electromyography sensor-integrated textiles for monitoring muscle electrical activity and motor function. These conductive fabric sensors enable non-invasive muscle activity assessment in neurological and rehabilitation medicine applications.