COMEN NV10 includes a complete NIV set with specialized ventilation tools for neonates and children, expanding the ventilation strategies to protect each spontaneous breath. It offers a robust ventilation system and elevates oxygenation level at all stages.
The advantages of noninvasive high-frequency osillation encompass enhanced carbon dioxide elimination, reduced dead space during ventilation, and effective treatment of persistent pulmonary hypertension (PPHN) when used with nitric oxide. There is a growing amount of academic research focusing on the benefits of noninvasive high frequency ventilation in newborn.
Friction cancellation
Linear amplitude
Smooth sine wave
Patented noise reduction
A single-limb setup, as opposed to a dual-limb configuration with a Y-piece and doubled tubing cavity, effectively reduces dead space , thereby decreasing the work of breathing of patients.
The generation mechanisms on the market today are diaphragm oscillation piston type, bi-directional jet and high frequency flow-interrupter with expiration assist. NV10 adopts the most recognized method, diaphragm oscillation, and applied Comen’s unique and advance design which provide a quieter and more powerful oscillator, Covering all the scenario in practice.
Friction cancellation
Linear amplitude
Smooth sine wave
Patented noise reduction
A single-limb setup, as opposed to a dual-limb configuration with a Y-piece and doubled tubing cavity, effectively reduces dead space , thereby decreasing the work of breathing of patients.
The abdominal sensor is designed for quick response and cost-effectiveness. The pressure sensor minimizes false activations due to the newborn's restlessness. Both sensors are non-invasive, ensuring reduced discomfort for patients.
The NV 10 is equipped with a leakage compensation system up to 100% pressure compensatory, ensuring that patients receive the set pressure in the event of leakage.
VentGuide, a set of indicators derived from multi monitoring parameters that can be seen as the early warnings for ventilation failure, helping medical staff to adjust strategies ealier.
NV10 provides a customizable dashboard to monitor respiratory parameters at all times.
ROX assisting in HFNC
a-Source: Eur J Pediatr, 181(11):3977-3983 (2022)
b-Source: J Korean Acad Nurs,53(4), 468–479 (2023)
The interpretation of ROX should be based on the patient’s condition and clinical application
Hypoxic respiratory failure diagnostic and severity index
