Development of a Medical Temperature Control Cooling Device Using Thermoelectric Cooling Technology

The document discussed the development of a temperature controllable medical chilling device using thermal electric cooling technology. This device aimed to address the limitations of traditional air condensing systems and ice-based methods, which were either too large or caused temperature fluctuations that could harm tissues. The new device maintained a constant temperature, crucial for clinical applications like hair transplantation, where the viability of hair follicle cells is temperature-dependent. The study demonstrated the device's effectiveness in collaboration with a dermatologist, highlighting its potential to improve clinical outcomes by reducing metabolic demands and preventing free radical formation.