ECG Patches
Featuring printed electrodes, these patches are specifically designed for ECG monitoring, enabling the capture of cardiac physiological signals when attached to wearable devices or directly applied to the skin.
Elevate your wearable AI with our ECG Patches: capturing and transmitting accurate, real-time, noise-free ECG waveforms to optimize advanced health monitoring.
1 superior electrical conductivity
Ensure reliable cardiac signal transmission through conductive electrodes, minimizing noise and artifacts.
2 accurate waveform
Accurately capturing and amplifying weak ECG signals for clear and reliable waveforms.
3 continuous recording
Offering comprehensive multi-lead ECG monitoring for long-term cardiac health assessment.
4 AI-powered diagnosis
Accelerating cardiac disease diagnosis through AI-powered analysis.
Do you know?
The electrocardiogram (ECG) is the gold standard for diagnosing heart conditions.
Participants are often required to wear the ECG device for more than 24 hours.
ECG devices rely on electrode patches to detect physiological signals.
The ECG patch and device collaborate to process background data and transmit physiological signals.
AI advancements have accelerated the adoption of miniature wearable ECG patches, driving the growth of telehealth.
Single-lead 3 electrodes
12-lead
6 electrodes
Light-weighted!
Comfortable!
Accurate!
Single-lead
2 electrodes
ECG patches are the critical medical consumables that allow ECG systemw to function effectively.
Any
innovative
Specific needs?
Multi-leads
Precision spacing
High conductivity
various materials
Irregular shape
Stretchable
Electrode position
Absolutely!
Your ECG patch design can be
un-limited
Precise Electrical Conductivity, Comfortable Skin Adhesion
Cymmedico's ECG patches deliver exceptional electrical conductivity and comforatble skin adhesion, ensuring precise signal transmission between electrodes. Tailored to your specific ECG system, our patches offer a superior electrode design suitable for both short-term and long-term monitoring. Real-time data transmission facilitates remote patient monitoring and enables cardiologists to make timely and accurate diagnoses.
HOURS
24+
Disposable for single use or up to 21 days of continuous wear
ELECTRODES
2+
Maintains high signal fidelity regardless of the number of electrodes
ISO
10993
Biocompatible to minimize skin irritation
ANSI / AAMI
EC 12
Meet int'l ECG electrode testing standards with dedicated facilities