Nos complace anunciar que hemos concluido con éxito nuestro plan de innovación dentro del Innovapeme 2023 de GAIN . Gracias a este esfuerzo, ahora contamos con nuevos procesos estandarizados, lo que nos permitirá operar de manera más eficiente y efectiva.
Para promover o desenvolvemento tecnolóxico, a innovación e unha investigación de calidade. Esta operación está financiada pola Xunta de Galicia, a través de axudas concedidas pola Axencia Galega de Innovación, dentro do programa de axudas a empresa. InnovaPeme 2023.
LIGHT STRUCTURAL COMPONENTS DEVELOPMENT BASED ON LOW-COST PROCESSES FOR THEIR APPLICATION IN ECO-EFFICIENT TRANSPORT MEANS
Development of lightweight Structural Components for application in Eco-efficient Transportation Means
DEVELOPMENT OF ADVANCED SYSTEMS FOR MONITORING THE MANUFACTURING AND BEHAVIOR PROCESSES IN SERVICE OF COMPOSITES BASED ON NON-INVASIVE EMBEDDED SENSORS
Lately we have perceived an increase in the demand of encapsulation processes, especially in sectors such as furniture manufacturing or countertops installation. But the truth is that the applications made with these processes are quite diverse and involve many other fields. However the simple an application is, there are still doubts when it comes to handle these materials and that is the reason why we have decided to create a brief guide in which we will explain the steps we followed to...
NERO is developing advanced monitoring systems based on non-invasive embedded sensors, which allow to carry out manufacturing and repairing processes of more efficient and environmentally sustainable composite material structures, and which, in turn, provide information on structural behavious during life in service of manufactured structures.
RESINAS CASTRO S.L. has been a beneficiary of the European Regional Development Fund whose objective is to promote reseach, technological development and innovation.
Development of lightweight structural components based on low cost processes for application in eco-efficient means of transport
NERO will develop advanced monitoring systems based on embedded non-invasive sensors.
The EMMA Project will develop hybrid polymer-metal composite structures with the ultimate goal of replacing components made from more traditional materials at a competitive cost.
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