Medical ICU Neonatal air Flow Oxygen Blender | INNORKOM

The air-oxygen blender SPA is a device for medical staff to usedifferent concentrations of mixed oxygen for oxygen therapy and rescue measures. It is suitable for neonates,

especially premature infants, due to long-term inhalation of high-flow and high-concentration oxygen caused by oxygen damage and other diseases, such as It is used in the treatment of retinopathy of prematurity ( ROP ) and chronic lung disease ( CLD ). The product meets the requirements of "Guidelines for Oxygen Use in Treatment of Premature Infants and Prevention and Treatment of Retinopathy": a device with a mixture of air and oxygen must be used 

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+Oxygen concentration and flow rate are adjusted separately and independently, without mutual influence

+Pneumatic air control, it is a passive product, the host does not need power supply

+The oxygen concentration is continuously adjustable, and the parameters can be set directly without calculation or reference to the comparison table

+Using anti-rust alloy material, the surface is anodized

+Unbalanced air supply pressure alarm

+Long service life and easy maintenance

+Optional flow meter / inhaler

+Expand to BUBBLE CPAP

1. Oxygen Concentration Adjustment: 21% ~ 100%
2. Flow Adjustment: 0 ~ 18LPM
   
3. Air Supply Pressure Difference Alarm: Air supply pressure difference ﹥ 0.1MPa, Audible alarm Acoustic alarm at least 60s, noise at least 57dB (A) When it is normal, it stops automatically.
4. Performance Requirements:  In line with YY 0893-2013
5. Air/O2 Supply: 0.3MPa ~ 0.4MPa
6. Host Size: W120mm×D120mm×H170mm
7. Host Weight:  About 1.6Kg

The Medical ICU Neonatal air Flow Oxygen Blender is made from anti-rust alloy material with an anodized surface, ensuring durability and resistance to corrosion. The device features separate and independent adjustments for oxygen concentration and flow rate, allowing for precise control without mutual interference. This oxygen blender is designed for medical staff to provide different concentrations of mixed oxygen for oxygen therapy and rescue measures, making it ideal for neonates with oxygen-related conditions such as retinopathy of prematurity and chronic lung disease.

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