Stryker Sustainability 33136T Disposable 5 Lead Cable & Lead System Wire Bx/10

Stryker Sustainability 33136T Disposable 5 lead Cable & Lead Wire System Box of 10

• Model: 33136T (Stryker)

Reprocessed by Authorized Medical Reprocessing Company (RMRC):

This medical supply or implant item has undergone a thorough reprocessing procedure by an authorized medical reprocessing company. Following this process, it meets the required standards for safe and effective use in medical procedures.

Advanced Design for ECG Monitoring

The Stryker Sustainability 33136T Disposable 5 Lead Cable is specifically engineered for optimal performance in ECG monitoring. This cable ensures accurate and reliable readings, which are crucial in emergency medical situations. It is designed to connect easily to various monitoring systems, making it versatile for different clinical settings. Because of its high-quality construction, healthcare professionals can trust this cable to deliver precision and accuracy during patient diagnostics.

Environmental Considerations

What sets the Stryker Sustainability cable apart is its commitment to sustainability. Made from environmentally friendly materials, it reflects Stryker’s dedication to reducing waste in medical environments. This disposable lead system helps hospitals minimize their carbon footprint while ensuring that patients receive safe and effective monitoring. Therefore, by choosing the Stryker 33136T, healthcare facilities can contribute positively to the environment without compromising on quality.

Easy Handling and Usage

The Stryker 33136T 5 Lead Cable is designed for straightforward handling, which is essential in fast-paced medical environments. Its lightweight and flexible design allows for effortless attachment and detachment, saving valuable time for healthcare providers. Additionally, the packaging in boxes of ten ensures you have a reliable supply on hand, so medical teams can respond promptly to patient needs. This practicality is especially beneficial in emergency departments or during patient transfers.