Coarse Grained Molecular Dynamics (CGMD) is a modeling technique which relies on Force Fields (FFs) to simulate the behavior of a system based on interactions among the individual particles. This simulation is performed by solving Newton's equations as function of these forces. In this work we consider the particles to be the NMC622 AM, the Li6PS5Cl SE and the carbon-binder domain (CBD) involved in the electrode wet manufacturing process. The CBD is a geometrical domain within the model used to represent a phase consisting of the carbon additives, binder and in some cases the solvent. We simulate the formation of the electrode slurry, its drying and the calendering of the resulting structure to form the electrode (Figure ).