The Raqqa Museum had numerous clay tablets with cuneiform writing and many other objects vanishing in the fog of war. A particular set of those tablets were excavated by archaeologists from Leiden at the Tell Sabi Abyad. The excavation team cast silicone rubber moulds of the tablets before the war to create cast copies for subsequent studies in the Netherlands. As the original tablets were looted, those moulds became the only evidence of parts of the 12th century BC in Northern Syria. Having a lifespan of roughly thirty years, the moulds proved not be a durable solution, hence the need for digitization to counter the loss of the originals. Therefore the ''Scanning for Syria'' (SfS) project was initiated by the Leiden University and Delft University of Technology under the auspices of the ''Leiden-Delft-Erasmus Centre for Global Heritage and Development''. The project received a NWO–KIEM Creatieve Industrie grant to use of 3D acquisition and 3D printing technology to make high quality reproductions of the clay tablets. In collaboration with the Catholic University of Louvain and the Heidelberg University several imaging technologies were explored to find the best solution to capture the precious texts hidden within the concavities of the moulds. In the end, the X-ray micro-CT scanner housed at the TU Delft laboratory of ''Geoscience and Engineering'' turned out to be a good compromise between time-efficiency, accuracy and text recovery. Accurate digital 3D reconstructions of the original clay tablets were created using the CT data of the silicon moulds. Furthermore, the ''Forensic Computational Geometry Laboratory'' in Heidelberg dramatically decreased the time for decipherment of a tablet by automatically computing high quality images using the GigaMesh Software Framework. These images clearly show the cuneiform characters in publication quality, which otherwise would have taken many hours to manually craft a matching drawing. The 3D-models and high-quality images have become accessible to both scholar and non-scholar communities worldwide. Physical replicas were produced using 3D-printing. The 3D-prints serve as teaching material in Assyriology classes as well as for visitors of the Rijksmuseum van Oudheden to experience the ingenuity of Assyrian cuneiform writing. In 2020, the SfS received the European Union Prize for Cultural Heritage of the Europa Nostra in the category research.