ECG Sensor - MRI Compatible

A multi-parameter patient monitoring system designed to be compatible with magnetic resonance imaging environments. This device enables continuous monitoring of patient vital signs in MRI-compatible settings, allowing for safe patient surveillance during or near MRI procedures.

MRI-compatible multiparameter monitor for continuous patient monitoring in magnetic resonance imaging environments. Displays vital signs including heart rate, blood pressure, oxygen saturation, and temperature without interfering with MRI equipment or image quality.

A multi-parameter patient monitoring device designed to be compatible with magnetic resonance imaging (MRI) environments. This device allows continuous monitoring of patient vital signs during MRI procedures without electromagnetic interference.

EEG sensor compatible with Cerebral State Index monitoring technology. Provides anesthesia depth assessment through spectral analysis.

EEG electrodes designed to be MR conditional, allowing use during magnetic resonance imaging procedures. These electrodes enable continuous EEG monitoring in MRI-compatible environments while maintaining patient safety and signal quality.

Specialized textile materials with embedded electrocardiography technology compatible with the maphera wireless platform. Enables comfortable long-term ECG monitoring in mobile research and real-world conditions.

ECG/EKG device for cardiac monitoring in ICUs, operating rooms, and clinical settings. Provides real-time electrocardiographic waveform acquisition and analysis to detect arrhythmias and cardiac abnormalities. Compatible with multiple patient monitor systems and available as standalone or integrated solutions.

EEG/EMG electrode systems for neurological and neuromuscular signal acquisition in ICUs, operating rooms, and clinical settings. Compatible with patient monitoring platforms for real-time brain activity and muscle function assessment during diagnosis and patient care.

MRI-compatible patient monitoring system designed for use in magnetic resonance imaging environments without generating ferromagnetic interference or safety hazards.

Specialized electrocardiogram cables designed for use within magnetic resonance imaging environments. Manufactured to withstand strong magnetic fields without signal degradation or patient safety concerns.

Electrocardiography system for cardiac monitoring and arrhythmia detection. Provides real-time patient heart rhythm assessment in clinical and emergency settings.

A disposable, single-use wireless biosensor providing 2-channel ECG monitoring with clinical-grade accuracy. The device transmits data via Wi-Fi to enable continuous cardiac monitoring in clinical and home care settings.