SPO2 Monitoring Neonatal Transport Incubator Humidity Oxygen Concentration Control System

SPO2 Monitoring System Neonatal Incubator Humidity Oxygen Concentration Control System

1. Neonatal Incubator SPO2 Monitoring System

The SPO2 Monitoring System tracks the oxygen saturation levels in a newborn's blood, providing real-time feedback on respiratory and cardiovascular health.

Advantages:

1. Real-Time Oxygen Monitoring:

   • Continuously measures oxygen saturation levels, enabling immediate detection of hypoxemia or hyperoxia, which are critical conditions for preterm infants.

2. Improved Safety:

   • Alerts caregivers to deviations from optimal oxygen levels, ensuring timely interventions to prevent complications like retinopathy of prematurity (ROP) or brain damage.

3. Optimized Respiratory Support:

   • Integrated with ventilators or oxygen delivery systems, the SPO2 monitor helps fine-tune oxygen therapy, reducing the risks associated with over- or under-supplementation.

4. Non-Invasive Monitoring:

   • Uses sensor-based technology that is gentle on delicate newborn skin, minimizing stress and discomfort for the infant.

5. Data Logging for Trends:

   • Provides graphical trends of oxygen levels, helping clinicians assess the infant's condition over time and adjust care plans accordingly.

2. Neonatal Incubator Humidity Control

Humidity control ensures that the incubator maintains optimal moisture levels to support the infant’s respiratory system and skin integrity.

Advantages:

1. Promotes Skin Health:

   • High humidity levels reduce water loss through the skin, which is particularly beneficial for preterm infants with underdeveloped skin barriers. This helps prevent dehydration and promotes skin healing.

2. Improves Respiratory Comfort:

   • Maintains adequate moisture in the air to prevent drying of the respiratory tract, reducing the risk of complications such as pulmonary damage or respiratory distress.

3. Stability During Care:

   • Automatically adjusts humidity levels to compensate for environmental changes, ensuring a consistent and protective atmosphere for the infant even when access ports are opened.

4. Prevention of Hypothermia:

   • By supporting thermal regulation, humidity control minimizes the infant’s energy expenditure for maintaining body temperature.

5. Customizable Settings:

   • Allows healthcare providers to adjust humidity levels based on the infant’s condition, ensuring individualized care.

3. Neonatal Incubator Oxygen Concentration Control System

The Oxygen Concentration Control System maintains precise oxygen levels within the incubator to meet the infant's respiratory needs.

Advantages:

1. Precise Oxygen Delivery:

   • Automatically regulates oxygen levels within the incubator, ensuring the infant receives the right concentration based on their condition.

2. Minimizes Risks of Oxygen Imbalances:

   • Prevents hyperoxia (excess oxygen) and hypoxia (insufficient oxygen), reducing the risk of long-term complications such as organ damage or developmental delays.

3. Integrated with Monitoring Systems:

   • Works seamlessly with SPO2 monitors to provide real-time feedback and adjust oxygen levels dynamically, ensuring a stable respiratory environment.

4. Supports Gradual Weaning:

   • Allows for gradual reduction of oxygen concentration as the infant's lungs mature, supporting natural respiratory development without abrupt changes.

5. Alarm Systems for Safety:

   • Alerts caregivers if oxygen levels deviate from the set range, ensuring rapid response to maintain safe conditions.

Neonatal Incubator Standard Accessories:

Neonatal Incubator Specification:

• Microprocessor based servo controlled temperature system

• 8' Color touch screen with skin temperature graph trends

• Control modes: Air mode and baby skin mode

• Humidity control and oxygen concentration control system

• SPO2 monitoring system

• Set temperature, air temperature, baby skin temperature, humidity,oxygen concentration,spo2 and heating power are displayed separately by LCD

• Self- testing function, various failure alarms by audible and visual

• >37" temperature set function

• Embedded integrated sensor module

• Triple protection for over temperature with separate cut off device, more safety systemThe inclination of infant bed is adjustable

• Double wall hood, 4 operating windows and 2 iris ports

• Independent locking device for front door

Neonatal Incubator SPO2 Monitoring System

Neonatal Transport Incubator Oxygen Monitoring

SPO2 Monitoring Neonatal Transport Incubator Humidity Oxygen Concentration Control System Images