The manufacturing industry currently faces the big challenges of global competition dealing with the increasing costs of energy and raw materials on the one hand, and with the increasing quality requirements for high product technology and innovation expectations of the customer on the other hand. In the next decade, the overall progress of the technology will demand new strategies to increase the international acceptance and positive management of the increasing competition in the global market. This paper is a proposal to establish a strategic approach of an advanced, intelligent and networked measurement technique with automated measurement and evaluation processes as well as the highest accuracy and the smallest uncertainty of the measurement processes for both research, higher education and at the same time for the manufacturing industry. Using an example application, the development of modeling, construction and implementation of the experiments in an inter-university network are demonstrated. Thereby, the cooperation and implementation of the working steps in two remote research laboratories, namely the Nanotechnology Laboratory AuM at the Vienna University of Technology in Austria and the Control Engineering Laboratory UTN-FRBA in Argentina are described.