Tecnatom presents two new artificial vision technology developments with multiple applications in the field of inspection. These are known as uDIM and uVIS and are the first commercial products to emerge from the DIRAC project for the development and research of metrology techniques applied to the nuclear sector. The aim of this project is to … Read more
Tecnatom has been awarded with a R&D project called AAUT: “Automatic analysis of steam generator tubes from nuclear power plants, inspected by eddy currents”. The Project has been co-funded by the Centre for the Development of Industrial Technology (CDTI) and the Technology Fund (Fondo Europeo de Desarrollo Regional – FEDER). The aim of the Project … Read more
Tecnatom has developed a new software that allows for the fully automated checking of the correct positioning of aircraft parts to be inspected, such that their position is in keeping with the inspection plan mapped out. This application, which goes by the name of GEOID, performs a process of pre-inspection by laser scanning that is … Read more
Tecnatom has undertaken the innovation and development project known as TEAH_Factors Suite within the framework of a programme with the Centre for Industrial Technology Development (CDTI) and the European Regional Development Fund. This project has included the design and development of a new integrated working environment and tools for the performance of human factors analyses, … Read more
El proyecto ITER es uno de los proyectos de inversión más grandes del mundo, en el que colaboran más de 35 países con el objetivo de demostrar la viabilidad de la fusión nuclear como fuente de energía inagotable. Para ello se está construyendo uno de los dispositivos de fusión por confinamiento magnético más grandes del mundo, en el que se probarán tecnologías, materiales y regímenes físicos integrados necesarios para la producción de electricidad basada en la fusión.
Tecnatom forma parte del proyecto aportando la creación de la plataforma de simulación de lo que será el simulador de la sala de control de ITER, la integración de modelos existentes desarrollados por distintos suministradores, la integración del sistema de control CODAC, el desarrollo de modelos adicionales, así como el mantenimiento y la formación en la plataforma.
