The simulation results are in excellent agreement with experimental data in regards to the slurry viscosity, the dried and the calendered electrode density, porosity and σe. The well-fitted simulation results demonstrate that this workflow consisting of several sequentially coupled models is a good representation of the real wet manufacturing process to produce electrodes with similar features. Particularly, the same FF parameters are used to fit different SCs and PSDs of the AM. This highlights again the chemical neutrality of our approach. The rheological properties of the slurry play a crucial role in determining the quality and homogeneity of the electrode coating. We aimed to understand the relation of viscosity with the uniformity of the produced electrodes. We find that variations in soaking times and SC significantly affect slurry homogeneity and, consequently, the final electrode microstructure.