STUDY AND DEVELOPMENT OF A SCALABLE, MULTI-SITE AUTOMATED SYSTEM FOR THE PRODUCTION OF FITTINGS AND PIPES, FEATURING CONTROL LOGICS THAT ENABLE INCREASING PERFORMANCE AND QUALITY, AND THE DEVELOPMENT OF AN INNOVATIVE UV-RESISTANT MULTILAYER PIPING SYSTEM. The project aims to develop a new, scalable, multi-site, intelligent, and adaptive automated system for the production of pipes and fittings. This automated system will enable the development of a new pipe called NIRON BARRIERA UV, characterized by high UV resistance and capable of transporting cold and hot drinking water for domestic use. Thanks to financial support, it was possible to develop a new, scalable, multi-site, intelligent, and adaptive automated system for the production of pipes and fittings, capable of easily managing all operational levels through intelligent control logic. The integration of individual machines into a single global system has yielded several advantages, including reduced waste and production costs, increased company productivity, and, most importantly, the ability to create new products that were previously unfeasible. Thanks to the development of the new automated production system, it was possible to develop a new pipe called NIRON BARRIERA UV, characterized by high resistance to UV rays, capable of transporting cold and hot drinking water for domestic use, highly durable, and resistant to chlorine.