Heated Wire Circuit - Neonate for SLE5000 Single Heated

A universal heated wire ventilation circuit specifically designed for compatibility with SLE ventilator systems. This circuit provides single heating capability tailored for SLE equipment.

A breathing circuit equipped with integrated heating wire to maintain gas temperature during mechanical ventilation.

Specialized ventilator tubing with integrated heating capability for temperature-controlled gas delivery in respiratory support. Designed for clinical use in intensive care and anesthesia applications.

A reusable adult breathing circuit featuring a heated wire for temperature regulation and humidification during high-flow oxygen delivery.

Ventilation circuits with a single heating wire element. These circuits provide basic temperature control for gas delivery during mechanical ventilation.

A breathing circuit designed for use with ventilators. It features heating capability to warm and condition respiratory gases delivered to patients.

A universal ventilation circuit with single heating wire compatibility across multiple ventilator models. This circuit provides versatile heating capability for various ventilation systems.

Ventilation circuits with a single embedded heating wire throughout the tubing. The embedded heating element maintains optimal gas temperature during mechanical ventilation.

A heated crib designed for intensive care and surgical procedures in newborns. Features a parabolic reflector with quartz heating element, temperature control via Skin or Manual mode, and an adjustable bed with Proclive and Trendelenburg positions. Includes an integrated scale (optional), integrated Apgar timer on the panel, an X-ray chassis drawer beneath the bed, and high-intensity auxiliary lighting.

A universal ventilation circuit with dual heating wires compatible across multiple ventilator brands. The dual heating provides enhanced temperature control for various ventilation systems.

Neonatal ventilator breathing circuits with 13mm embedded dual heated wire technology. Engineered to minimize patient risk and reduce alarm fatigue for newborn and infant patients requiring mechanical ventilation.