Wireless Data Acquisition System

Portable neural recording platform for brain activity monitoring outside laboratory settings. Features robust signal acquisition in electromagnetic noise-rich environments without specialized shielding.

High-capacity wireless EMG acquisition system capable of simultaneous 66-channel recording for complex biomechanical studies. Features customizable analog output and integration with IMU sensor data.

Specialized hardware for non-invasive acquisition of neural signals from the brain. The device features high-fidelity signal capture compatible with clinical-grade brain-computer interface applications.

Multi-channel high-density EEG acquisition system for real-time brain electrical activity monitoring and neurological assessment. Captures simultaneous multi-electrode signals for applications in epilepsy diagnosis, sleep disorders, brain-computer interfaces, and cognitive neuroscience research. Features high temporal resolution and noise-filtering capabilities for clinical and research environments.

A wireless system for collecting vital signs and physiological data from patients. It enables real-time monitoring and transmission of vital signs throughout the hospital IoT network.

High-speed data acquisition interface with multiple connectivity options for medical sensors. Supports real-time streaming of physiological signals for monitoring and analysis.

Native electroencephalography signal acquisition module for brain-computer interface systems. Provides clean signal capture with minimal interference for neural recording applications.

Non-invasive electroencephalography system designed for capturing brain electrical signals and enabling rehabilitation training. The device supports neurological recovery protocols and functional assessment in clinical settings.

Wireless amplification systems for electroencephalography signal acquisition, enabling flexible and untethered patient monitoring. These devices are suitable for both medical and research settings.

Multi-channel electrode array system providing comprehensive spatial coverage for advanced EEG signal acquisition. Enables detailed source localization and topographic brain mapping in research and clinical studies.

Advanced system for acquisition and measurement of bioelectrical signals from peripheral nerves and cardiac tissue. Supports clinical diagnostics and biomedical research applications.

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.