The unremitting successes of the Additive Manufacturing (AM) technologies have had a profound effect in European manufacturing during the last couple of decades, with an exponential growth of applications, adherent industries, and technologies. At some point of no return, the exploitation of the singular capabilities of the technology, well beyond the conventional additive and subtractive manufacturing methods, stimulated creative thinking on possibilities that were not deemed possible a few years back. Such is the case with the combination of different AM technologies to improve specific properties of tooling at specific regions where those properties are required. Yet, a number of setbacks due to the characteristics of the AM technology itself, have come to deter the expected advances, which still need to be addressed in full. The AMOS ProTech proposes a robust pathway to implement such a hybrid methodology in two use cases that will serve as basis for future applications on any components.