3D Bioprinting of Soft Matter

Abstract

3D bioprinting is an emerging technology that has transformed various industries with its remarkable precision and accuracy in the construction of complex structures. It has found diverse applications across fields such as healthcare, medicine, and chemical industries. However, identifying the optimal parameters to achieve the best printing outcomes remains a significant challenge worldwide. This thesis addresses one such challenge, focusing on the optimization of the printing parameters to enhance performance. The primary focus of this research is the 3D printing of soft matter and the essential prerequisites for ensuring material printability. Throughout the study, various complex materials have been explored and tested to determine the optimal process parameters for successful printing. Additionally, this research explores the various applications for which printed soft matter materials can be utilized. During optimization of the parameters for 3D printing, attention is also paid to the potential uses of these materials in various fields, highlighting their versatility and practicality.