In this project I designed an apparatus that can hold a 96 well plate and heat it relatively quickly to an ideal experimental temperature while maintaining a constant heat distribution across the entire enclosure.
We designed a acrylic enclosure that would enable visible light to pass through while also insulating heat within experimental requirements. We utilized heating mesh directed by a micro controller to generate heat and a secondary convection system tied to a temperature sensor for regulation. Validation of even heating was achieved through 3 temperature sensors covering different regions of the enclosure. The solution was successful in that is was able to through a 72 hour experimental span, regulate internal environmental conditions optimal for tissue growth.
Our client needs an apparatus that can hold a 96 well plate and heat it relatively quickly to an ideal experimental temperature while maintaining a constant heat distribution across the entire enclosure.
This chart demonstrates the interconnected sub-systems for the incubator.
The double-layer enclosure design enables insulation of the well plate while the air can be circulated from the outer layer to heat all sides of the well plate evenly.
An Arduino microcontroller is used to read the temperature sensor and apply corresponding voltage to the heating mesh.
The incubator design used the heating mesh to heat the outer layer evenly and with limited power consumption.