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![Disposable Non-Invasive EEG Electrodes]()
Disposable Non-Invasive EEG ElectrodesThe industrial fabrication of disposable non-invasive EEG electrodes paths optical-grade polyester (PET) or flexible polyurethane webs through continuous roll-to-roll micro-sputtering, laser-guidedread more -
![Ambulatory ECG Electrodes]()
Ambulatory ECG ElectrodesThe industrial fabrication of ambulatory ECG electrodes paths multi-layer PE foam or high-tensile spunlace carrier webs through continuous roll-to-roll micro-sputtering, concentric strain-reliefread more -
![Pediatric ECG Electrodes]()
Pediatric ECG ElectrodesThe industrial synthesis of pediatric ECG electrodes paths soft, optical-grade spunlace or breathable PE foam carrier webs through continuous roll-to-roll screen printing, micro-sensor placement, andread more -
![Radiolucent Electrodes]()
Radiolucent ElectrodesThe industrial synthesis of radiolucent electrodes paths optical-grade carrier films through continuous roll-to-roll screen printing, high-precision carbon stud insert-molding, and cleanroom gelread more -
![Flat Diagnostic Electrodes]()
Flat Diagnostic ElectrodesThe industrial fabrication of flat diagnostic electrodes combines continuous roll-to-roll screen printing, thermal tunnel curing, and precision slot-die hydrogel lamination. An optical-grade, 100µmread more -
![Hemodynamic Monitoring Electrodes]()
Hemodynamic Monitoring ElectrodesThe industrial synthesis of hemodynamic monitoring electrodes paths flexible PET or breathable spunlace web through continuous roll-to-roll dual-zone micro-sputtering, precision sensor placement, andread more -
![Disposable ECG Electrodes]()
Disposable ECG ElectrodesThe industrial fabrication of disposable ECG electrodes combines continuous roll-to-roll printing, micro-sputtering of silver/silver-chloride inks, and cleanroom gel-well dispensing. The sensingread more -
![Rubber Pads]()
Rubber PadsThe industrial synthesis of conductive rubber pads relies on internal Banbury mixing of Ethylene Propylene Diene Monomer (EPDM) or medical-grade silicone with high-surface-area conductive carbonread more -
![Multi-Reuse TENS Pads]()
Multi-Reuse TENS PadsThe industrial fabrication of multi-reuse electrodes passes a heavy-duty spunlace non-woven or poly-cloth web through multi-station flexographic printing, slot-die hydrogel extrusion, and rotaryread more -
![Rectangular TENS Electrodes]()
Rectangular TENS ElectrodesThe industrial fabrication of rectangular 50x100mm electrodes passes a spunlace non-woven or flexible PU film web through multi-stage flexographic printing, slot-die hydrogel extrusion, andread more -
![Oval TENS Electrodes]()
Oval TENS ElectrodesThe industrial fabrication of oval electrodes passes a flexible spunlace non-woven or PU film carrier through multi-station flexographic printing, slot-die hydrogel extrusion, and high-speed rotaryread more -
![High-Tack EMS Pads]()
High-Tack EMS PadsThe industrial manufacturing of high-tack EMS electrodes passes a heavy-duty spunlace non-woven or flexible PU film web through multi-station flexographic printing, high-viscosity hydrogel extrusion,read more
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