Research and
Development
Co-funded Projects

With this project, AGIX aims to strengthen its digitalisation process. The adoption of new technologies and digital methodologies, as outlined in the proposal, will enable the company to enhance control and improve efficiency across various tasks within its production process.

With this project, AGIX intends to increase its production capacity in order to meet the demands of higher value-added production and to develop standardised solutions for various sectors.

Robotic Multi-Extrusion Equipment for large-scale parts, using polymeric matrix composites reinforced with long and short fibers.

This project focuses on developing and applying Friction Stir-Welding (FSW) to create hollow cooling channels for optimised mould refrigeration. As part of this initiative, a telemetry system will be developed to monitor and optimise the process, collecting critical data such as temperature and working forces.

The 3DFiber.concrete project aims to respond, on the one hand, to the limitations related to the incorporation of mechanical reinforcement in structures manufactured by FA for the construction sector and, on the other, to the need to automate and automate processes through the use of robotic systems.

Automation of Defect Inspection using artificial vision and acoustic touch, leveraging rule-based systems and deep learning.

Development of new materials, advanced manufacturing and post-production processes, advanced automation and control software, new products and training and capacity building of human resources.

Development of a Robotic Hybrid Manufacturing System with active dimensional control for the production of large, high-performance metal parts.