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The project award winners are tasked with demonstrating data gathering and analysis methods to drive industrywide metal additive manufacturing operations acceptance.
The participating companies are working to create complete digital postprocessing solutions for the automated finishing of flight parts, orthopedic implants and gas turbine components produced using metal additive manufacturing processes.
Renishaw system users can now benefit from Materialise’s build processor software as well as its Magics data and build preparation software.
The configurable CO2 laser and scan head subsystem simplifies integration.
The e-Stage for Metal+ software uses physics-based modeling to improve automated support structure generation for laser powder bed fusion.
The Developer enhancement in Velo3D’s Flow print preparation software gives users the freedom to migrate their own 3D printing parameters, even if developed on other brand machines, to a Velo3D Sapphire system where they can take advantage of machine-to-machine repeatability for series production.
Wind power shafts that might once have been scrapped are now returned to service. See the robotic directed energy deposition (DED) and shaft preheating system developed by Ikergune, Izadi and Talens.
As part of an OverHiPP study, GRM has created software that enables users to virtually model and analyze 3D printed structures at a level of detail never seen before — an accurate digital twin can now be generated, enabling precise design decisions to be made.
The event is designed to offer a unique opportunity to gain new, interesting insights and exchange ideas with industry experts from all over the world.
If a printed tool only has a finite number of shots in it, why waste any of them on process development?
