The objective of this project is to evaluate and characterize the microstructure and mechanical properties of wires produced by Loos and Co. for medical applications. The goal is to understand how thermo-mechanical processing affects the microstructure and properties of 304 stainless steel wires and how processing, properties, and performance are interconnected. Specifically, this project seeks to determine if ductility is a function of the radius and how this may impact the wires Loos and Co. produces. Additionally, this study will analyze and compare Loos and Co.'s specimen preparation routine for two different characterization tests with similar routines developed by the team, aiming to determine the optimal approach for microstructural analysis. Expected outcomes include: understanding the microstructural evolution from the initial state to the fully drawn condition, including identifying whether TRIP or TWIP is more dominant, evaluating Loos and Co.'s sample preparation methodology, recommending additional analysis techniques, and developing a refined sample preparation routine for VLM and SEM.