Pediatric Heated Active Circuit, Disposable

What is RE1073221-Each Pediatric Heated Active Circuit, Disposable?

The RE1073221-Each Pediatric Heated Active Circuit, Disposable is a sterile, single-use breathing circuit engineered for pediatric mechanical ventilation. It integrates active heating elements along the tube length to maintain optimal temperature and humidity of delivered gases, minimizing airway drying and secretions buildup. This disposable circuit connects ventilators to patient interfaces such as masks or endotracheal tubes, ensuring a closed, hygienic system ideal for neonatal and pediatric intensive care units.

Key features

• Active Heating — Integrated heated wire maintains gas temperature throughout the circuit.
• Pediatric-Specific Design — Sized and calibrated for smaller airways and lower tidal volumes.
• Disposable Construction — Single-use design reduces cross-contamination risks.
• Condensation Control — Heated tubing minimizes water accumulation in the airway path.
• Sterile Packaging — Ready for immediate clinical use without preparation.
• Compatible Connectivity — Standard 22mm and 15mm fittings for broad ventilator compatibility.
• Smooth Airflow Path — Low-resistance design supports efficient ventilation delivery.

Who is RE1073221-Each Pediatric Heated Active Circuit, Disposable for?

This circuit serves healthcare providers managing pediatric and neonatal patients requiring mechanical ventilation. It is ideal for use in hospitals, pediatric ICUs, transport teams, and specialty care centers where airway stability, infection control, and precise humidification are critical. Clinicians seeking reliable, ready-to-use circuits for vulnerable patients will benefit from its design.

How does RE1073221-Each Pediatric Heated Active Circuit, Disposable compare?

Compared to standard unheated circuits, this heated active version significantly reduces condensation and improves thermal consistency, enhancing patient comfort and circuit reliability. Unlike reusable circuits, its disposable nature eliminates reprocessing risks and labor. While more costly than passive humidification systems, it delivers superior performance in prolonged ventilation scenarios, especially in controlled environments like NICUs where airway integrity is paramount.