Special Offer Mars Philips Nibp Air Hose M1596b ~ Selling Fast [cD0zGfpn]

Special Offer Mars Philips Nibp Air Hose M1596b ~ Selling Fast [cD0zGfpn]

Introducing the Special Offer Mars Philips Nibp Air Hose M1596b ~ Selling Fast [cD0zGfpn], a high-quality and reliable accessory designed for neonatal intensive care units (NICUs). This single tube, neonate-specific air hose is crafted for precision and durability, ensuring seamless and accurate non-invasive blood pressure (NIBP) measurements. With its 1.5-meter length, the M1596B is designed to provide optimal flexibility and convenience during patient care.

Product Specifications

The Special Offer Mars Philips Nibp Air Hose M1596b ~ Selling Fast [cD0zGfpn] features a robust single tube construction, making it ideal for neonates. Here are some key specifications:

Length: 1.5 meters

Material: High-quality, reusable material for long-lasting performance

Compatibility: Designed to be used with Philips NIBP systems for accurate readings

Convenience: Compact and lightweight for easy handling and storage

This air hose is not only built to withstand the demands of a busy NICU but also to provide comfort and ease of use for both medical staff and neonates.

Practical Applications and Benefits

The Special Offer Mars Philips Nibp Air Hose M1596b ~ Selling Fast [cD0zGfpn] is an essential tool for healthcare professionals in neonatal care. Here are some practical applications and benefits:

Enhanced Accuracy: The precise measurements ensure that neonatal NIBP readings are reliable and consistent.

Convenience: The 1.5-meter length allows for easy maneuverability, making it easier to position the cuff and monitor blood pressure accurately.

Cost-Effective: The reusable nature of the air hose reduces the need for frequent replacements, saving both time and money.

With its focus on neonates and its high-quality construction, the Special Offer Mars Philips Nibp Air Hose M1596b ~ Selling Fast [cD0zGfpn] is an invaluable asset for any NICU looking to improve patient care and efficiency.