ECG / Bioelectrode Snap Lead Wire Harness

Model: NT-Y26032

Minimum Order Quantity: 1,000 pcs

Payment Terms: T/T 30% deposit, balance before shipment

Lead Time: Samples 15–25 days, bulk orders 3–4 weeks

Port of Origin: Shanghai, Vietnam

Services: OEM/ODM, Customization

Packaging: customized box, label, and pallet.

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Description

Uses standard 4.0mm gold-plated female snap connectors, the universal electrode connection interface in the medical industry, directly snapping onto disposable ECG electrode pads for body surface signal acquisition.

Gold-plated snap heads provide excellent conductivity and low contact resistance, with anti-oxidation and corrosion-resistant properties, ensuring stable acquisition of weak bioelectrical signals.

Plastic housing with strain relief design; the pleated sheath at the root reinforces anti-bending capability, preventing root wire breakage from prolonged use.

Specifications

Product Name	ECG / Bioelectrode Snap Lead Wire Harness
Application	Medical Equipment
Cable Color	As per customer requirements
Cable Length	As per customer requirements
Conductor	Cu-ETP1 Tinned Copper
Outer Insulation Material	PVC, TPU, TPE
Cable Sheath	TPU/PVC/TPE/Silicone
Connector Type	4.0mm Gold-Plated Female Snap
Pin Connection	As per customer requirements
Inner Copper	Cu-ETP1 Tinned Copper
Quality Certificates	ISO9001, IATF16949, ROHS, UL, SGS, REACH
Performance Testing:	100% electrical and power performance testing before shipment

Application

ECG Signal Acquisition

The most common application is connecting ECG monitors and electrocardiographs, collecting the body's cardiac electrical signals via snap electrode pads for heart rate monitoring, ECG waveform recording and analysis, widely used in operating rooms, wards, emergency rooms, and home monitoring scenarios.

EMG / EEG Signal Acquisition

Also applicable to electromyography and electroencephalograph equipment for collecting muscle electrical activity or brain wave signals, used in neurological function testing, rehabilitation assessment, and sleep monitoring.

Other Bioelectrical Monitoring

Some models are also used for acquisition of other weak bioelectrical signals such as galvanic skin response and electrooculography, serving as a universal accessory for various physiological monitoring devices.

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