This project will develop innovative electrical discharge machining (edm) electrodes by additive manufacturing (am) by using new advanced electrically conductive materials based on phenolic resins, previously developed for other applications. Also by impr
The general objective of the remedi project is to overcome the barriers related to laser metal deposition (lmd) technology for digital manufacturing of high value-added meter-size components for the aerospace sector which prevent the wider market uptake.
The present project focuses on the development of an innovative manufacturing framework for the machining of aerospace components made of advanced metallic alloys. Three main working lines will be followed for the accomplishment of such a goal: the genera
Comach project answers the needs of composite part manufacturers and the call of the smart eureka cluster for innovation in the advanced manufacturing key enabling technology to increase the competitiveness of the industry by proposing the development of
Flood cooling, using an emulsion of oil in water, is commonly used in machining operations of ‘difficult-to-machine’ materials (e.G. Titanium alloys) to break the downward tool wear spiral caused by excessive heat and in machining operations of ‘high-stic