Dynamic Micro-CT Analysis of Dough Rising in Real-Time During Bread Baking

Bread baking is a dynamic process in which dough expands, air voids form, and the internal microstructure continuously evolves under changing temperature conditions. Understanding these transformations is essential for optimizing product quality, consistency, and manufacturing efficiency. However, conventional analysis methods provide limited insight into the internal structural changes that occur during baking, making it difficult to accurately quantify dough expansion, pore formation, and crust development. 

Discover how Tescan DynaTOM enables real-time dynamic micro-CT imaging of dough during bread baking. Using high-resolution 4D imaging, researchers can visualize dough expansion, pore formation, crust development, and internal microstructure evolution throughout the baking process. This non-destructive approach provides valuable insights for food science research, bakery process optimization, product quality improvement, and food manufacturing innovation.