Edan SE-1515 DX12 EKG Cable Banana Ends 01.57.471500

1. High Conductivity – Ensuring Purer and More Accurate ECG Signals

This product uses a high-purity conductive copper core, achieving low impedance and high-stability signal transmission.

During ECG monitoring, superior conductivity results in clearer waveforms and lower distortion.

The Edan SE-1515 DX12 cable was optimized for clinical needs from the initial design stage, significantly reducing noise

or artifacts caused by poor contact and conductor loss. This allows for a more realistic representation of details such as

the P wave, QRS complex, and T wave in the ECG, providing doctors with more accurate electrophysiological judgments.

2. Standard Banana Connector Design – Secure Connection, Convenient Operation, and High Safety

The cable uses the internationally recognized 3mm Banana medical standard plug, ensuring smooth insertion and removal,

a tight connection, and resistance to wear and loosening.

The banana plug has strong contact force and excellent oxidation resistance, maintaining stable contact even with repeated

insertion and removal, preventing signal interruption due to detachment or poor contact. This design is particularly important

for rapid clinical procedures, such as emergency monitoring or operating room environments, as it effectively reduces the

risk of accidental disconnection.

3. Durable TPU Medical-Grade Cables – Flexible, High Tensile Strength, Suitable for High-Frequency Use

The cable sheath is made of high-quality TPU (thermoplastic polyurethane) medical material, possessing the following

characteristics:

High flexibility, facilitating clinical cabling and preventing tangling.

Tensile and bending resistant, less prone to core breakage even after prolonged use.

Excellent abrasion resistance, suitable for high-frequency operating environments.

Since many ECG monitoring devices require multiple daily cable uses, the durability of TPU significantly extends the

cable's lifespan, reducing replacement costs for medical institutions.

4. Multi-Layer Anti-Interference Shielding Structure – Improved Waveform Stability, Reduced Environmental Noise Impact

Hospitals contain numerous sources of electromagnetic interference, such as infusion pumps, electrosurgical units, and

imaging equipment. Without a proper shielding structure, ECG waveforms are prone to jitter, noise, or baseline drift.

This cable employs a multi-layer composite shielding system, including:

Aluminum foil shielding layer

Braided shielding mesh

Noise-resistant internal arrangement structure

This professional shielding design significantly reduces EMI and RFI interference, resulting in purer ECG signals and

ensuring stable and reliable data over long periods of monitoring.