Dynarex 33153 Nasal Oxygen Cannula Cushion Tip w/ Ultra Soft Ear Foam w/ 7, Adult/Standard Connector, 50/cs

Dynarex 33153 Nasal Oxygen Cannula Cushion Tip w/ Ultra Soft Ear Foam w/ 7, Adult/Standard Connector, 50/cs

Experience unparalleled comfort and efficiency with the Dynarex 33153 Nasal Oxygen Cannula. Crafted with a cushioned tip and ultra-soft ear foam, this adult-sized cannula ensures a secure fit and gentle contact with the skin. Equipped with a standard connector, it seamlessly integrates with a wide range of oxygen delivery systems, providing reliable performance in medical facilities, emergency situations, and home care settings.

Designed for maximum patient comfort, this nasal oxygen cannula features a cushioned tip that reduces pressure on delicate skin and minimizes the risk of irritation. The ultra-soft ear foam enhances wearability for extended periods, ensuring a comfortable fit for patients of all ages. With a versatile 7-foot length and a standard connector, this cannula is compatible with most oxygen sources and delivers a consistent flow of oxygen to meet patient needs.

Ideal for a variety of applications, the Dynarex 33153 Nasal Oxygen Cannula is perfect for use in hospitals, clinics, nursing homes, and emergency response settings. Whether providing supplemental oxygen during medical procedures or assisting patients with respiratory conditions, this cannula offers superior performance and patient comfort. Its high-quality construction and ergonomic design make it a reliable choice for healthcare professionals seeking a dependable oxygen delivery solution.

Each case contains 50 units of the Dynarex 33153 Nasal Oxygen Cannula, offering exceptional value for medical facilities with high patient volumes or frequent oxygen therapy requirements. With a cost-effective price point per unit, this bulk purchase option reduces the need for frequent reorders and ensures a steady supply of oxygen cannulas for ongoing patient care. Trust in the quality and durability of Dynarex products for reliable performance in demanding healthcare environments.