Single Lumen Umbilical Vein and Artery Catheter For Premature Infant Umbilical

Product Specification

Overview

Single lumen polyurethane Umbilical Vein Catheter Size 2.8 3.5 5 6.5 Polyurethane UVC umbilical Vascular Access vessel catheter.

Warning/Disclaimer

This product has acquired the relevant product qualification(s)/license(s) of certain applicable country/countries.View more

PRODUCT SPECIFICATION:

Designed for intermittent or continuous access to the umbilical artery or vein of newly born or premature infant.
Open distal end without lateral eyes to eliminate chance of clot forming in the blind spaces.
Proximal end fitted with luer mount for convenient connection to I.V. Set.
Sterile, non-toxic and pyrogen free.

Size (FG): 3, 4, 5, 6, 8, 10.

Options Available:
Various sizes and lengths.
With or without X- Line.

Poly Pack or Paper-Poly Pack.
Inner Bag or Inner Box.

Product Description: Umbilical Vein and Artery Catheter for Premature Infants

The Umbilical Vein and Artery Catheter designed for premature infants is a specialized medical device tailored to provide essential vascular access for critically ill neonates in intensive care settings. Below are detailed descriptions of this product:

Key Features:

Dual Functionality: This catheter is uniquely designed to allow simultaneous access to both the umbilical vein and artery, enabling efficient monitoring and therapeutic interventions.

Appropriate Sizing: Specifically crafted for premature infants, the catheter is of a suitable size to ensure a secure and precise fit within the umbilical vessels, minimizing the risk of complications.

Soft and Flexible Material: The catheter is constructed from soft, flexible materials that are gentle on delicate tissues, reducing the potential for trauma or irritation.

Radiopaque Markers: Radiopaque markers incorporated into the catheter aid in accurate placement confirmation through X-ray imaging, ensuring proper positioning within the vasculature.

Securing Mechanisms: Equipped with securement devices or techniques to prevent accidental dislodgement and maintain stable catheter placement during patient care activities.

Benefits:

Improved Patient Care: Facilitates prompt and efficient vascular access for administering medications, fluids, and blood products, as well as for monitoring vital parameters.

Minimized Discomfort: The catheter's design aims to minimize discomfort for premature infants, promoting better tolerance and reducing stress during medical procedures.

Enhanced Safety: Designed with safety features to minimize the risk of complications associated with umbilical catheterization, ensuring the well-being of the infant.

Applications:

Critical Care Settings: Primarily used in neonatal intensive care units (NICUs) and specialized pediatric units to manage critically ill premature infants requiring vascular access.

Emergency Situations: Deployed in emergent situations to rapidly establish vascular access for resuscitation and stabilization of newborns with compromised health.

Conclusion:

The Umbilical Vein and Artery Catheter for premature infants is a crucial medical tool that plays a vital role in the care and treatment of neonates requiring specialized vascular access. Its design features, size appropriateness, and safety measures aim to optimize patient outcomes and ensure the delivery of high-quality care to this vulnerable patient population.