“Innovation, built on the foundations of R&D aimed at improving industrial competitiveness, is part of our hallmark.”
Forming Technologies research team focuses on the development of materials and processes for #Forging, #Rolling, #Stamping and #Additive manufacturing industries. Their research projects are aimed at improving the overall efficiency of the manufacturing process by working on the durability of #tools and manufacturing means, the optimization of #heat treatments or improving the understanding and knowledge on the behavior of materials, among many others.
Diagnosis – BREF for the Smitheries and Foundries Industry
Sustainability and environment Smitheries and Foundry Industry BREF Diagnosis Do you know the positioning of
Decision-making predictive model development for the organization active positioning faced with the appearance of new technologies
We are now living in a world where the globalisation phenomenon has changed the world
DEVELOPMENT OF METALLIC POWDER – Atomization of metallic powder
New materials Design and development of ad-hoc metallic powders Ultrasonic atomization of metal powders with
In-situ surface modification of high-silicon ductile cast iron produced by sand mold casting
Corrosion is a critical and common problem in cast iron castings used in industry. To
Keys and tools for Hydrogen Embrittlement minimization during ZnNi plating on Ultra High Strength Steels
Ultra-High Strength Steels (UHSS) are highly used in the aeronautic sector in critical components, like
Effect of Powder Reuse on Powder Characteristics and Properties of DED Laser Beam Metal Additive Manufacturing Process with Stellite® 21 and UNS S32750
In this work, the influence of powder reuse up to three times on directed energy
Overlay Dilution Prevention Method in a Single Step L-DED Process
L-DED presents an interesting approach to modify the surface of standard structural steel with stainless
Influence of LP-DED speed (LMD vs EHLA) on corrosion behavior of single layer CRA overlays in marine environments
Corrosion Resistant Alloys (CRA) are high-cost materials but very useful in aggressive environments because of
MONOCOAT – protective cladding in a single layer
Advanced manufacturing MONOCOAT Anti-corrosion and anti-oxidation additive coatings on structural steel in a single clad
Atomized Ni-Ti powders for reactive paint
NEW MATERIALS Atomized Ni-Ti3 powder Ad-hoc metallic powders for developing protective surfaces. More information Promoting
Inconel 718 Hybrid Laser-Based Directed Energy Deposition and Wrought Component Characterization through Small Punch Test
The combination of wrought materials and laser-based directed energy deposition (DED-LB) is being increasingly used
Ad hoc development of metallic powders for the application of single-layer L-DED coatings
In recent years, L-DED (Laser Directed Energy Deposition) technology has become an interesting additive manufacturing