Comen NV10 Neonatal Ventilator
Increase NIV Confidence Further than Ever
The 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 levels at all stages.
Key Features
- HFNC + ROX: ROX index to optimize ventilation strategy.
- nCPAP + Apnea Auto-relief: Preset compulsory pressure-controlled ventilation after apnea detected.
- DuoVent: Increase mean airway pressure (MAP) while maintaining free breath.
- 2 Sync SNIPPV + Back Up Vent: Selectable synchronization methods to catch the breath at all times.
- NIPPV: Sustained alveolar ventilation during episodes of apnea.
- Single-limb nHFO: Patented diaphragm oscillator with single-limb ventilation to create a safety net for NIV.
Oscillation Therapy Revolution
The multiple benefits of nHFO raise its profile in clinical research and practice. The advantages of noninvasive high-frequency oscillation encompass:
- Enhanced carbon dioxide elimination
- Reduced dead space during ventilation
- 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 newborns.
Minimization of Work of Breath in Every Detail
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 for patients.
Unique Oscillator Design
The generation mechanisms on the market today include diaphragm oscillation piston type, bi-directional jet, and high-frequency flow-interrupter with expiration assist. The NV10 adopts the most recognized method, diaphragm oscillation, and applies Comen's unique and advanced design. This provides a quieter and more powerful oscillator, covering all scenarios in practice.
Sensitively Respond to Patients' Every Breath
- 2 Sync Modes with Unique Algorithm: The abdominal sensor is designed for quick response and cost-effectiveness. The pressure sensor minimizes false activations.
- Apnea Management: Data indicates that preterm infants with a gestational age of less than 29 weeks have an asphyxia risk nearing 100%. Both nCPAP and SNIPPV modes employ dual methods with a variety of parameters to closely monitor a patient's respiratory condition, ensuring timely detection of any signs of apnea from all monitored parameters.
