Lifegain CU-HD1 12Pin One Piece ECG Cable 3 Leads AHA Snap

Perfect Compatibility with Lifegain Systems

This product is designed by the official Lifegain manufacturer to ensure perfect compatibility with all Lifegain monitor

systems. Whether for initial installation or replacement, it offers seamless plug-and-play connectivity. Its strong

compatibility and stable signal ensure consistent ECG waveforms during clinical monitoring, providing reliable

diagnostic evidence for physicians.

12-Pin Standard Connector Design

The lead cable utilizes a standard 12-pin connector for a secure connection and precise signal transmission. High-precision

pins and a locking latch ensure a secure connection, preventing signal interruptions caused by poor connections

during monitoring. Optimized electrical contact further enhances ECG signal clarity and interference resistance,

ensuring accurate and continuous real-time data transmission.

One-Piece Construction

This product utilizes a one-piece design, effectively reducing the number of connection points, lowering contact

resistance and signal loss. Compared to traditional segmented structures, this one-piece design is not only more

durable but also avoids signal attenuation caused by multiple connections, thereby improving monitoring data stability

and device reliability.

Medical-Grade TPU Material

The lead cable is made of high-quality medical-grade TPU (thermoplastic polyurethane) material, offering excellent

flexibility, tear resistance, and bend resistance. TPU not only withstands frequent clinical manipulation but is also

sterilization-resistant and age-resistant, making it suitable for extended use. The cable's smooth, soft surface enhances

patient comfort and makes it easy for healthcare professionals to manage and clean.

Tangle-Free Design

The Lifegain CU-HD1 ECG Cable features a tangle-free design designed for frequent movement and use in clinical environments. The cable's smooth, soft, and flexible outer layer resists tangling, significantly improving operator

convenience for medical staff during monitoring. This design effectively prevents signal interference and patient

discomfort caused by lead wire entanglement, ensuring more efficient and smooth monitoring operations.