Laboratories and Infrastructures

Test laboratory with the equipment necessary for the theoretical, mechanical and microstructural characterisation of metal materials.

GLEEBLE 3800 system: physical simulation of thermomechanical processes in metal alloys, such as rolling and hot-stamping, forging, etc.

Laboratory dedicated to innovative developments in the field of high performance composite structures for transport applications.

Magnetic levitation furnace that allows casting on a laboratory scale (50-800 g) with high purity and reproducibility up to 2,000 ºC.

A highly efficient computing centre with high processing capacity that has 6 servers equipped with the latest generation of GPUs for deep learning.

Computer vision laboratories with advanced equipment for research into photonics and deep learning

Plant with various machining centres and a water-jet cutting machine.

Laboratory for developing new concepts and advanced robotic solutions for automating demanding operations in industrial environments

The laboratory provides metal powder technologies for non-fusion additive manufacturing for high precision metal and ceramic components.

Laboratory for developing additive manufacturing technologies for high performance plastics and composites, based on FDM (fused deposition modelling).

Surface engineering support laboratory – thermal spray coatings, characterisation and functional tests, fitted with different technologies.

Robotic cell for additive manufacturing with WAAM technology, both by plasma and wire, and MIG/MAG. Integrated sensors to ensure the correct amount of material is deposited.