Design of a device for multi-stage fluid micro-mixing with application in biomedicine

This project addresses the need to improve the efficiency and accessibility of biomedical laboratory analyses, such as glucose or triglyceride measurements, by developing a multi-stage microfluidic mixing device. Given the issues of long analysis times and limited availability of specialized equipment, a solution based on additive manufacturing (SLA) technology is proposed. The methodological approach combines applied and experimental research to manufacture fast and precise prototypes. The study includes defining a 3D manufacturing methodology, constructing and evaluating the devices through laboratory testing, and developing mathematical models to predict the behavior of future designs. As a result, the project seeks not only the creation of a functional device but also the generation of scientific knowledge through indexed articles and the training of undergraduate students in emerging technologies. This technological development contributes directly to innovation in the biomedical sector, facilitating faster and more accessible diagnostics for the population.<br/><br/><b>Goal</b>: <br/>Design and build a multi-stage microfluidic mixing device using additive manufacturing for biomedical applications. The project aims to optimize efficiency and reduce analysis times in laboratory testing.<br/><br/><b>Research lines</b>: <br/>New materials and transformation processes