Disposable Neonatal Anesthesia Circuit with 60″ Expandable Tubing, Bacterial Filter & Gas Sampling Line

Product Overview

Designed specifically for sensitive neonatal and pediatric clinical environments, our Neonatal Anesthesia Circuit delivers exceptional ventilation precision, patient safety, and operational reliability. Engineered to comply with strict international medical standards, this comprehensive neonatal circuit kit belongs to our high-performance line of anesthesia breathing circuits, integrating 10 mm internal diameter expandable tubing, dual bacterial/viral filtration, a precision 250cc–500cc breathing bag, and a dedicated CO2 capnography sampling line.

Manufactured from 100% latex-free, medical-grade materials, this lightweight disposable circuit minimizes mechanical dead space and compliance loss while ensuring maximum safety during delicate pediatric anesthesia procedures.

Key Features & Clinical Advantages

• Complete Neonatal Circuit Kit: Designed as an all-in-one, ready-to-use kit for pediatric anesthesia setups, reducing prep time and ensuring full component compatibility in crowded operating rooms or neonatal ICUs.

• 60-Inch Expandable Tubing: Extends smoothly up to 60 inches, providing excellent positioning flexibility and ergonomic convenience around anesthesia machines.

• Optimal 10 mm Internal Diameter: Engineered with a specialized 10 mm inner diameter tailored to neonatal airflow dynamics, significantly minimizing circuit compliance loss and dead space.

• Precision Reservoir Bag (250 cc – 500 cc): Includes an ultra-responsive, latex-free reservoir bag (250 ml to 500 ml capacity) to provide anesthesiologists with accurate tactile feedback and delicate manual ventilation control.

• Dual Bacterial/Viral Filtration: Features high-efficiency bacterial and viral filters positioned strategically in the expiratory area to prevent cross-contamination and safeguard hospital equipment.

• Integrated Capnography Connection: Built-in dedicated gas sampling port, connection, and filter line allow continuous, real-time End-Tidal CO2 (EtCO2) monitoring throughout surgical procedures.

• 100% Latex-Free & Biocompatible: Constructed from non-toxic, hypoallergenic, medical-grade polymers. Completely latex-free to eliminate allergic risks in vulnerable newborns.

Technical Specifications