Multi-channel EMG Data Acquisition System

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.

Wireless system for acquiring neural data from electrode arrays. Enables cable-free signal transmission for brain implant recordings and monitoring.

A comprehensive electrocardiogram recording system supporting acquisition from multiple anatomical leads simultaneously. The system enables detailed cardiac electrical activity assessment and diagnostic accuracy.

Multi-channel data acquisition systems for integrated patient monitoring and physiological parameter collection in clinical environments.

Wired system for acquiring neural data from electrode arrays. Designed for real-time signal processing and recording from brain implant electrodes.

Multi-modal sensor acquisition system supporting 120+ physiological measurement modalities. Captures objective clinical data directly from the body for validation before AI inference, eliminating narrative-based clinical input.

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

Modular wireless biosignal acquisition platform for synchronized multimodal physiological data collection in mobile and clinical settings. Integrates wearable sensors including ECG textiles, armbands, and smart patches with 30 µs synchronization accuracy. Enables rapid prototyping for personalized healthcare research, AI algorithm development, and real-world patient monitoring applications.

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

A suite of hardware components for capturing electrocardiogram signals from multiple anatomical positions. The system supports distributed data collection across multiple clinical departments and facilities.

A data acquisition system designed for recording neural signals from electrode arrays. It is used in conjunction with neural interface technology for brain-computer interface applications.

Hardware interface system for capturing and processing electrocorticographic signals from electrode arrays. Designed for medical-grade applications requiring reliable neural signal detection and transmission.