To meet the demands of information virtualization promoted by the fourth industrial revolution, the processes of manufacturing and quality require an architecture that facilitates the integration of processes. The objective of this article is to present an alterna- tive solution, framed in the concept of interoperability, to link the results obtained in the inspection of a part with the data generated in Compliant-STEP Systems CAD/CAM/CNC. For the implementation of the solution, a closed-loop architecture for manufactu- ring and inspection it was designed that uses as a mechanism of integration a data model in a neutral format. The measurement results are homogenized both semantically and syntactically to be handled by each of the systems involved in the closed-loop Manufacturing. Dimensional metrology data are used to create a compensation strategy and correct identified manufacturing errors in the inspection process. A framework was designed to manage the exchange of information. The main contribution of the article is the detailed description of the development of the adherent system to the standard ISO 10303 known as STEP (STandard for the Exchange of Product model data). Finally, an analysis is done based on a case study that involves definition and extraction of design specifications, used for both manufacturing and measurement. The solution presented allows the use of measurement data within a closed manufacturing loop, ensuring the integrity of information and access so that each system can use it for different purposes.