Dynarex 33120 Nasal Oxygen Cannula Cushion Tip w/ 7′ (2.1 m) Crush Resista, Neonatal/Standard Connector, 50/cs

Dynarex 33120 Nasal Oxygen Cannula Cushion Tip w/ 7′ (2.1 m) Crush Resista, Neonatal/Standard Connector, 50/cs

Unmatched Comfort and Durability for Neonatal Oxygen Therapy

The Dynarex 33120 Nasal Oxygen Cannula is specifically designed to provide superior comfort and reliable oxygen delivery for neonatal patients. With a cushioned nasal tip and a 7-foot crush-resistant tubing, this cannula ensures a secure and comfortable fit for extended periods of use. The neonatal/standard connector offers versatility and compatibility with a wide range of oxygen delivery systems, making it ideal for various medical settings.

Technical specifications of the Dynarex 33120 Nasal Oxygen Cannula include a 2.1-meter length, high-quality construction for optimal performance and a durable design that meets stringent medical standards. This cannula is suitable for use in neonatal intensive care units, hospitals, clinics, and emergency medical services.

Designed for healthcare professionals, caregivers, and medical facilities, the Dynarex 33120 Nasal Oxygen Cannula offers practical benefits such as reliable oxygen delivery, reduced skin irritation, and enhanced patient comfort. The cushioned nasal tip ensures a secure fit without causing discomfort or skin breakdown, making it an essential tool for neonatal oxygen therapy.

In a case of 50 units, the Dynarex 33120 Nasal Oxygen Cannula provides exceptional value for medical facilities, ensuring a steady supply of high-quality oxygen delivery devices. With its premium construction and reliable performance, this cannula is a trusted choice for healthcare providers seeking superior oxygen therapy solutions.

Trust the Dynarex 33120 Nasal Oxygen Cannula to deliver comfort, durability, and reliable oxygen delivery for neonatal patients in medical settings. With its cushioned tip, crush-resistant tubing, and versatile connector, this cannula is the perfect tool for ensuring optimal oxygen therapy outcomes.