Medical Imaging Techniques applied to the Imaging of Continuous Flow for the Manufacture of New Therapeutic solutions

该项目将开发和使用医学成像技术和3D打印技术，以支持向更清洁、更环保的工艺发展，以制造新的治疗方案。我们将创造新型反应堆，利用高几何自由度和3D打印的精确控制，并允许我们对这些反应堆单元操作中的流动进行成像。诺丁汉大学的增材制造中心使用最先进的3D打印技术，包括立体光刻、投影立体光刻和双光子聚合。利用我们世界领先的制造能力，我们将利用这些技术创造新的、复杂的设计，适合高度优化的反应堆。

This project will develop and use medical Imaging techniques and 3D printing to support the development towards cleaner, greener processes to manufacturing novel therapeutic solutions. We will create new types of reactors that exploit high geometrical freedom and precise control of 3D printing and allow us to image the flow within these reactor unit operations.The Centre for Additive Manufacturing at the University of Nottingham uses state of the art 3D printing technologies, including stereolithography, projection stereolithography and two photon polymerisation. Exploiting our world leading capability in manufacturing, we will use these techniques to create new, complex designs suitable for highly optimised reactors.