We present for the first time a physics-based computational workflow able to simulate in 3D the wet manufacturing process of SSB cathode electrodes using NMC622 as active material. The workflow has as inputs the materials and manufacturing process parameters used in our in-house experiments. It describes three major steps in the electrode manufacturing process: the slurry preparation, the drying and the calendering. This computational workflow, that was initially developed to simulate the manufacturing process of LIB electrodes, proved that is highly flexible to be extended and applied to diverse scenarios for a spectrum of energy storage chemistries: LIB, ASSB, Si/Gr, organic SIB batteries taking into account the wide range of manufacturing parameters associated each battery chemistry.