Ambulance Transport Incubator Air Mode And Baby Mode Controlled By Micro Computer

Ambulance Transport Incubator Air Mode And Baby Mode Controlled By Micro-Computer

A Transport Incubator plays a vital role in ensuring the safety and stability of critically ill or premature infants during transfers between medical facilities or from the site of an emergency to a hospital. Its integration into ambulances is designed to address the unique challenges of neonatal transport, ensuring that the infant receives continuous care. Below are its primary uses in ambulance scenarios:

1. Thermal Regulation During Transit

   • Maintains a stable and controlled temperature to protect newborns from hypothermia, particularly during transfers in adverse weather conditions or long-distance journeys.
   • Compensates for temperature fluctuations inside the ambulance, which can be challenging to regulate manually.

2. Continuous Monitoring of Vital Signs

   • Provides real-time monitoring of the infant's heart rate, respiratory rate, and oxygen saturation, enabling medical staff to respond promptly to any changes in condition.
   • Alerts caregivers to critical events, ensuring that interventions are administered without delay.

3. Oxygen Therapy and Ventilation

   • Ensures that infants requiring respiratory support receive precise and continuous oxygen therapy or ventilatory assistance, even during motion.
   • Compatible with portable ventilators and oxygen supply systems integrated within the ambulance.

4. Safe and Secure Environment

   • Protects the infant from mechanical shocks, vibrations, and external contaminants during transport.
   • Features such as shock-absorbent bases and secure restraints reduce the risk of injury while traveling over uneven terrain.

5. Facilitation of Advanced Medical Interventions

   • Allows medical staff to perform critical interventions, such as administering medications or adjusting ventilatory settings, while maintaining a controlled environment.
   • Equipped with access ports to minimize disruption to the infant’s thermal and oxygen settings during care.

Transport Incubator Advantages of Air Mode and Baby Mode Controlled by Micro-Computer

Modern transport incubators feature Air Mode and Baby Mode, both managed by micro-computers, to deliver highly precise and responsive care during neonatal transport. Each mode and its benefits are outlined below:

Air Mode Advantages

1. Environmental Stability:

   • Air Mode ensures the surrounding air temperature inside the incubator is consistently maintained, creating a warm and safe environment for the infant regardless of external temperature changes in the ambulance.

2. Immediate Temperature Adjustments:

   • The micro-computer responds instantly to fluctuations in the incubator’s air temperature caused by ambulance motion or environmental shifts, minimizing the risk of hypothermia or overheating.

3. Ideal for Multi-Infant Scenarios:

   • When used for twins or multiple infants with similar needs, Air Mode provides uniform temperature control throughout the incubator chamber.

Transport Incubator Specification:

• Air mode and Baby mode controlled by micro-computer
• Use AC Power and DC Power alternatively,DC12V or DC 24V Power on the ambulance
• Set temperature, air temperature, skin temperature and internal battery power can be displayed by LED separately
• Double wall hood with side door
• The infant bed can be pulled out easily
• Natural air flow humidity
• The height of whole unit is adjustable
• Oxygen cylinder and Oxygen supply system
• LED observe light, adjustable brightness

Transport Incubator Optional functions:

Micro Computer Controlled Ambulance Incubator

Air Mode Ambulance Transport Incubator

Baby Mode Ambulance Transport Incubator

Ambulance Transport Incubator Air Mode And Baby Mode Controlled By Micro Computer Images