Cardiac Electrodes

Reusable cardiac electrodes for electrocardiogram signal acquisition and cardiac monitoring applications. These electrodes are components of the cardiac human-machine interface system.

Disposable electrocardiogram electrodes for cardiac rhythm monitoring. Designed for secure skin contact and reliable signal transmission.

Electrodes used for electrocardiogram (ECG) recording and cardiac monitoring. These devices are applied to patient skin to capture electrical signals from the heart.

Reusable electrodes for electrocardiographic monitoring in peripheral and precordial configurations. Designed for multiple applications and sterilization cycles.

Adhesive electrodes for continuous cardiac monitoring in clinical and hospital settings. Provide reliable signal transmission for patient heart rate and rhythm assessment during medical procedures.

Standard diagnostic electrodes for resting 12-lead electrocardiography in medical facilities. Provide consistent signal quality for cardiac diagnostic procedures and assessments.

Electrocardiogram electrodes and leads for cardiac monitoring and diagnostic applications. These are medical devices designed for capturing electrical signals from the heart for clinical assessment and patient monitoring.

Durable electrocardiogram electrodes for repeated use across multiple patients after sterilization. These electrodes maintain consistent impedance and signal quality through multiple application cycles.

High-quality EEG, EMG, ECG and PLM electrodes for clinical neurophysiology and cardiac monitoring applications.

Reusable electrocardiogram electrodes for ECG signal acquisition and monitoring. These electrodes are integrated into the company's ECG human-machine connection solutions for accurate cardiac signal transmission.

Reusable electrodes for ECG signal detection and acquisition. Includes chest electrodes with connectors and limb electrodes with clips for comprehensive cardiac monitoring.

Non-sterile ECG electrode designed for single-use application to transmit electrical signals from patient skin to cardiac monitoring devices. Enables accurate electrocardiographic diagnostics in clinical environments.