The invention relates to a model for use in an imaging technique based on an interaction of the model with an electromagnetic radiation. The model comprises a plurality of volume elements. The interaction intensities of two neighbouring volume elements are distinguishable by an imaging technique. The model comprises first volume elements made of a supporting material, and second volume elements are made of a supporting material and a contrast material and exhibit a higher interaction intensity with the electromagnetic radiation than the first volume elements because of the presence of contrast material. The second volume elements have been generated by a printing method.The invention further relates to a method for fabricating the model by 3D printing.
