EMG Machine Interface Modules

Electrocardiography OEM modules for cardiac monitoring system integration and electrocardiogram signal processing.

Embedded system modules for medical device integration. Provides compact processing and control solutions for diagnostic and monitoring equipment.

Modular components or units designed to integrate with patient monitoring systems and medical devices.

M-Series Patient Monitoring Modules are electronic devices designed for continuous vital sign acquisition and real-time patient data transmission in hospital and clinical settings. These modular monitoring units support multi-parameter physiological measurements including ECG, SpO2, blood pressure, and temperature. Ideal for ICU, general ward, and perioperative environments requiring integrated patient surveillance and data management capabilities.

Integrated opto-mechanical modules for surgical instruments, diagnostic equipment, and medical imaging device systems.

Stackable amplification units for expanding recording channel capacity in neurodiagnostic systems. Supports simultaneous multi-channel recordings for comprehensive physiological assessment.

Auxiliary equipment for continuously monitoring patient vital signs during extended neurodiagnostic procedures. Ensures safety during long-term EEG monitoring and other extended recordings.

Original equipment manufacturer modules for vital sign monitoring integration into patient monitoring systems and clinical devices.

Fieldbus module systems for medical device connectivity and control, supporting integration of various medical equipment in automated healthcare environments.

Integrated connectivity and compute modules for patient monitoring systems and wearable health devices. Features encrypted communications and device identity management for secure health data transmission.

Hardware components for acquiring, filtering, and analyzing physiological signals from patients in monitoring and diagnostic systems.

Sophisticated miniaturized electronic modules specifically developed for medical implant applications. Integration of multiple components into compact form factors suitable for implantation.