Unimed‘s Din compatible reusable ECG lead wire, featuring an AHA connector, provides healthcare professionals with a dependable solution for accurate ECG monitoring. With a lead cable diameter of 2.6 mm, a 3ft cable length, and a durable TPU jacket, Unimed’s ECG lead wire ensures optimal performance and durability during monitoring procedures.
Precise Signal Transmission with 2.6mm Lead Cable Diameter
Unimed’s Din compatible reusable ECG lead wire is designed with a lead cable diameter of 2.6 mm, ensuring precise signal transmission during ECG monitoring. The optimal cable diameter minimizes signal loss and interference, delivering reliable and accurate readings. Healthcare professionals can trust Unimed’s ECG lead wire for consistent and high-quality performance.
Convenient Cable Length for Flexibility
Unimed’s ECG lead wire comes with a 3ft cable length, providing healthcare professionals with flexibility and ease of use during monitoring procedures. The adequate cable length allows for comfortable positioning of the leads, ensuring accurate readings without restricting patient movement. The optimal cable length enhances the overall monitoring experience for both healthcare providers and patients.
Durable TPU Jacket for Long-lasting Performance
Unimed’s ECG lead wire is encased in a durable TPU jacket, offering protection to the internal wiring and ensuring long-lasting performance. The TPU jacket provides resistance against wear and tear, making the lead wire suitable for repeated use in demanding healthcare environments. The durable construction of the lead wire enhances its reliability and longevity.
Conclusion:
Unimed’s Din compatible reusable ECG lead wire, featuring an AHA connector, provides healthcare professionals with a reliable solution for accurate ECG monitoring. With a 2.6mm lead cable diameter, a 3ft cable length, and a durable TPU jacket, Unimed’s ECG lead wire ensures precise signal transmission, flexibility, and long-lasting performance. Trust Unimed to deliver high-quality 5 lead ECG cables that enhance monitoring practices, promote patient safety, and provide accurate results in a wide range of clinical settings.
