Printed ECG Electrode

Flexible printed bioelectrodes are skin‑conformal sensors that detect the body's electrical signals (for example heart‑signals, muscle signals, or brain‑signals). They are made by printing conductive inks onto flexible substrates so that the finished electrode can bend, flex and adhere to the skin.

When placed on the body, they pick up tiny electrical potentials generated by the heart (ECG), muscles (EMG) or brain (EEG) and transmit them to monitoring electronics. In simple words: they are thin, flexible patches that "listen" to electrical activity from the body.

FSR Sensor Layers Overview

Common Material

Double-sided Tape

Key Features of Our Flexible Bioelectrode VS Traditional Electrodes

Flexible and Conformal

Printed on flexible substrates so as to better match curved body surfaces and move with the skin

Customisable Printing

Shapes, sizes, electrode layouts can be tuned via printing rather than bulky machining, providing much more design flexibility

Lower Cost and Scalable Manufacture

Printed production enables higher volume at lower cost versus many conventional machining or assembly methods

Better Integration with Wearables

Integrate seamlessly into flexible patches, garments or disposable formats

Reduced Profile and Lighter Weight

Leads to better user comfort and less obtrusive monitoring

Product Applications

• ECG monitoring: heart rhythm, arrhythmia detection

• EMG monitoring: muscle activation, rehabilitation

• EEG monitoring: brain-wave activity, sleep studies, neuro-interfaces

• Stimulation electrodes: TENS, FES, EMS for pain relief, rehab, or muscle training

• Wearable health patches for ambulatory or long-term monitoring

• Disposable or low-cost biosensing electrodes for remote patient monitoring

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