Result description For both IN618 and IN718 parts, the weight gain is about 32 % from 326g to 221g. Different
Innovation Offers
Result description The demonstrators produced within the project by GKN and RHP have been tested, and they succesfully satisfy the
Development of Binder jetting additive manufacturing process for 17-4PH to be used in surgical tools
Result description TECNALIA has developed and optimised the Binder jetting additive manufacturing process for the surgical tools manufacturing. 17-4PH alloy
Result description TECNALIA has developed an eco-friendly binder system for MIM process with high water-soluble fraction. This fact allows a
Result description A database of powder metallurgy (PM) process diagrams was built and used to perform detailed Life Cycle Assessment
Result description Metal Injection Molding (MIM) allows to produce large series of complex metallic parts, but it requires a costly
Medical tools produced by Metal Additive Manufacturing using Laser Powder Bed Fusion process (L-PBF)
Result description L-PBF as-built samples meet the partner specifications in terms of Young modulus, Tensile Strength, Yield Strength and elongation.
Result description Through novel use of an induction heated tundish, larger capacity furnace, and improved powder yields, ASL has managed
Result description Amongst industrial additive manufacturing applications, medical sector has always been one of the most promising ones, mainly due
Result description For efficient processing of DED manufactured parts RHP is using a high deposition rate process with more than
Result description Quality assurance of the actuators manufactured by additive manufacturing from dimensional point of view. Deviations were reduced with
Result description TECNALIA has developed and optimised the MIM process (feedstock preparation, injection moulding, debinding and sintering of cobalt free