Build a mobile NICU and construct a bridge of life for in-hospital and inter-hospital transport
Precise control
1) Applying ARM Cortex core controller to improve computing capability, expand memory, and realize multi-task synchronous operation.
2) Equipped with an intelligent embedded operating system in combination with multiple CPUs to achieve precise control of temperature, humidity, and oxygen concentration.
3) Strong adaptability, more human-computer interaction functions can be expanded in the future.
LCD screen
The 5.6-inch color LCD screen can be used in touch and shuttle modes for more convenient operation.
Double wall hood
Minimize the heat loss generated by in-hospital and inter-hospital transport.
Precise control
1) Updated PID core algorithm allows the temperature in the incubator to fluctuate more stable.
2) Single-point calibration of oxygen concentration (21% or 100%), with industry's leading accuracy.
3) Built-in humidity sensor achieves accurate control of the humidity in the incubator.
User-friendly design
1) Independent and lightweight bed design, built-in slide rails capable of being easily pushed and pulled.
2) Pressure-relief antidecubitus mattress made of TPU materials is antibacterial, waterproof, soft and breathable.
3) The uniquely designed 4 shock-absorbing silicone pads under the bassinet can effectively cope with the bumpy road during transfer.
4) Disposable non-woven straps can firmly fix newborns and provide safe transport.