HRV Electrodes

15,00  inc. VAT

Elektrodes compatible with our HRV-recorder.

Ambu Blue Sensor VL – 25 pieces per package
SKU: 313 Category:

Medical Disposable Electrodes for Precise 24h HRV Measurements

For a seamless 24-hour recording of your Heart Rate Variability, high-quality hrv electrodes are the decisive factor. Our medical-grade disposable electrodes were specifically developed for long-term application. They guarantee a stable connection between your body and the HRV recorder, ensuring every single heartbeat is captured with precision—the fundamental requirement for a valid evaluation of your Lifefire®.

Maximum Signal Stability for Reliable Data

Unlike conventional electrodes, these disposable units feature an optimized snap-button connection perfectly compatible with the HRV recorder. The high-quality gel coating ensures extremely low contact resistance. For you, this means: significantly fewer artifacts (signal interference) in your ECG, even during movement or while you sleep. Only clean data leads to an exact calculation of your stress and recovery levels.

Skin-Friendly and Secure – Even During Long-Term Use

Since a professional HRV analysis often spans 24 hours or longer, wearing comfort is a top priority.

  • Hypoallergenic: The material used is particularly skin-friendly and minimizes irritation, even for those with sensitive skin.

  • Strong Grip: The adhesive is sweat-resistant, keeping the sensor securely in place during daily activities or light physical exercise.

  • Residue-Free: After the measurement, the hrv electrodes can be removed easily and without leaving unpleasant residue on the skin.

Application Tips for the Perfect Measurement

To achieve the best possible data quality for your Lifefire® spectrogram, we recommend cleaning the skin areas and trimming hair (if necessary) before applying the HRV electrodes. Position the electrodes as described in the Quick Guide. A set of high-quality HRV electrodes is the simplest insurance against data loss during your most important health analysis.