Air Mode Hospital Infant Incubator Microprocessor Based Servo Controlled

Product Specification

Air Mode Hospital Infant Incubator Microprocessor Based Servo Controlled Temperature System

1. Infant Incubator Air Mode

The Air Mode in an infant incubator focuses on regulating the temperature of the surrounding air, maintaining a stable and warm environment tailored to the infant’s needs.

Advantages:

1. Consistent Thermal Environment:

   • Air Mode maintains a uniform ambient temperature, which is essential for premature infants who are unable to regulate their own body heat effectively. This consistent environment minimizes energy expenditure, allowing the infant to conserve energy for growth and development.

2. Immediate Adjustments:

   • The system detects fluctuations in the incubator’s air temperature caused by external factors (e.g., opening access ports or changes in room temperature) and compensates rapidly to ensure stability.

3. Supports Multiple Infants:

   • In cases where the incubator may accommodate infants with similar needs (e.g., twins), Air Mode ensures an even distribution of temperature across the chamber, promoting equal care for all.

4. Simplifies Operation:

   • For medical staff, Air Mode provides an intuitive and reliable way to control the environment without needing to constantly monitor or intervene manually, reducing workload while maintaining precision.

2. Infant Incubator Microprocessor-Based Servo-Controlled Temperature System

This advanced system uses a microprocessor to monitor and adjust the incubator's temperature in real time, based on feedback from sensors.

Advantages:

1. Precision in Temperature Regulation:

   • The microprocessor continually monitors both the air temperature and the infant's body temperature, making minute adjustments to maintain an ideal thermal balance. This precision is crucial for infants who are extremely sensitive to even minor temperature variations.

2. Customizable Settings:

   • The system allows caregivers to set specific temperature targets based on the individual needs of each infant. Whether using skin or air temperature as the reference point, the incubator adjusts automatically to maintain the desired conditions.

3. Improved Infant Safety:

   • Servo-controlled systems include built-in safety features such as overheat alarms and automatic shutdown if temperature readings deviate significantly from the set range. This minimizes the risk of overheating or underheating, protecting the infant at all times.

4. Energy Efficiency:

   • By intelligently managing the heating elements, the microprocessor reduces unnecessary energy consumption while maintaining optimal environmental conditions, contributing to cost savings and sustainability.

5. Real-Time Feedback and Alerts:

   • The system provides real-time data on temperature fluctuations and system performance, allowing caregivers to monitor the infant's condition continuously. Alerts notify staff immediately if the system detects any abnormalities.

6. Minimized Manual Intervention:

   • With automated control, the need for frequent adjustments by medical staff is significantly reduced. This not only saves time but also ensures that environmental changes are smooth and non-disruptive for the infant.

Infant Incubator Optional Functions:

Infant Incubator Updated Functions:
1.Aluminium Magnesium Alloy
2.Tray for other monitor
3.Bed tilt is adjustable continuously
4.Controller remove easily
5.RS232 connnector

Specification:
6.Microprocessor based servo controlled temperature system
7.Control mode: Air mode
8.Humidity is adjustable in two grades
9.Set temperature, air temperature, heating power are displayed separately by LED
10.Self - testing function, various failure alarms by audible and visual
11.>37℃ temperature set function
12.Triple protection for over temperature with separate cut off device, more safety system
13.The inclination of infant bed is adjustable
14.Single wall hood, 4 operating windows and 2 iris ports
15.RS232 connector
16.Bracket with stand;