Core clinical engineering and protocols for Dry-Contact Biosensing.
Traditional Ag/AgCl clinical electrodes rely on electrolytic hydrogels that dry out within 24 to 48 hours, causing severe skin maceration, itching, and sudden impedance spikes that produce artifact-heavy recordings.
WearablesIoMT utilizes biocompatible conductive elastomer arrays paired with ultra-high input impedance analog front ends (AFEs). This setup captures clean microvolt cardiac potentials through dry skin contact, enabling weeks of continuous ambulatory monitoring without patient discomfort.