Ventec One-Circuit, Pediatric, Valveless, Blue, 10/pk

Ventec One-Circuit, Pediatric, Valveless, Blue

The Ventec One-Circuit is a revolutionary system that allows patients to easily switch between therapies with the touch of a button. This system eliminates the need for multiple tubes and devices, creating a streamlined and easy-to-manage solution for better care, comfort, and peace of mind.

Circuit Types & Options:

Active

The Active circuit features a dual bellows design that combines the performance of an active valve with the size and convenience of a passive valve. This innovative valve design supports cough and ventilation functions in a single circuit, and also combines the drive and sense lines into a single trilumen tube. Additionally, VOCSN uses advanced software technology to help prevent historical problems associated with condensation to optimize Vte sensing, accuracy, and triggering by purging condensation on every breath.

Passive

The Passive circuit is lightweight, small, and easy to use, with a unique passive valve that closes leaks during cough exsufflation to enable Touch Button Cough without needing to change circuits. Valveless

Valveless

The Valveless Ventec One-Circuit is compatible with masks that include a leak and high flow therapy

Oxygen Direct

The Oxygen Direct system minimizes oxygen lost to leaks and dead space to improve battery life and make using supplemental oxygen easier. VOCSN includes advanced pulsing technology and an independent O2 tube inside the patient circuit. The system delivers oxygen directly to the patient interface during the first two thirds of the patient’s breath, when the patient needs oxygen most. Note: For use with VOCSN only.

Heated

The Ventec One-Circuit heated in-wall wire system provides consistent heat distribution throughout the patient circuit to ensure comfortable humidification

Exhalation Filter Cuff

The exhalation filter cuff covers the exhalation valve on the Ventec One- Circuit, and provides a connection point for a bacterial filter to mitigate the risk of cross-contamination from exhaled pathogens.