Design and implementation of an incubator for newborn units

In this thesis, the aim is to design and realize an advanced incubator which neonates are cured and treated under the convenient and sterile conditions for a certain period of time. Neonates are kept separate from the external environment with the incubator and a more sterile environment is achieved by giving air passed through Special filters. The amount of oxygen required by a baby may be given into the incubator. In addition to this, an isolated environment for the baby which the noise is minimized can be ensured. The temperature, light and humidity values of the environment are also adjusted the ideal value for the baby. If necessary, a dark environment can be provided by covering the surface of the incubator. So all the treatments and cures are implemented at the minimum risk level to the baby in this environment similar to the mother's uterus until the baby is recovered. The babies born at the expected due time adapt to the environment as soon as possible, but prematurely born babies are exposed to a number of initiatives at birth. The premature babies have difficulty in adapting to the new environment, since some systems of them are not well developed due to preterm birth. An ideal environment for the baby is created with the incubator designed in this study.