Infant Incubator

Product Introduction:

The principal usage of the neonatal incubator is in neonatal intensive care units (NICUs). Since the nervous system of preterm neonates is not fully developed, they cannot maintain their internal temperature due to energy deficiency. A neonatal incubator maintains the internal body temperature of the neonate at 37 degrees Celcius. Also, the air inside the container flows at a controlled temperature to provide the neonate with the natural condition of the mother’s womb, including the temperature, moisture, and required oxygen for the neonate’s growth. The role of the incubator is to provide a condition for the neonates to use their energy for growth and development (instead of maintaining the body temperature). Therefore, in addition to providing the required body temperature, the incubator helps the neonates to grow. Inside the incubator, a transparent casing covers the surrounding of the neonate’s mattress, and the internal temperature increases by a heater element under the mattress.

The temperature of the air inside the container, oxygen level, and moisture is monitored with internal sensors and sent to the attending physician for better treatment and monitoring. The device is equipped with an air filter that prevents dust from entering the container.

Technical Specifications:

* Electronic circuits, metal parts of the body, plastic parts for injection.

* Different parts of the device: Container, cabinet, serum rod, column, base, mattress for the neonate, tray for the neonate, sliding tray, drawer, feeding section, heating element, boiler and ventilation, main electronic board, lithium-ion battery, metal and plastic frame of the device.

* Power input: 220V-240V AC, 50 Hz, 500W (Maximum).

* Dimensions of the device: Height:130-150cm – Length: 94cm – Width: 60cm.

Advantages:

* The device contains programming technologies with ARM Cortex-M0 to M7 processors, six PCB layers (and higher), high-frequency PCB design and bus ram routing and fast flash, designing and implementing battery fuel gauge, designing and manufacturing transformers, and tests for switching converters.

* Designs of every device according to safety protocols and EMC limitations.

International Standards or Permission:

* IEC 60601-1 / ISIRI 3368-1

* IEC 60601-1-2

* EN 60601-1-8 / ISIRI 3368-1-8

* IEC 60601-1-10

* BS EN 60601-2-19 / ISIRI 3368-2-19

* EN 15223-1

* EN 14971 / ISIRI 12136

* EN 1041

* EN ISO 14155

* ISO 10993-1

* BS EN 62304 / ISIRI 12138

* BS EN 62366 / ISIRI 12137

* EN ISO 7396-1