Blog
With its laser beam monitoring system using multispectral sensors, the EU-project InShaPe is at the forefront of multispectral imaging worldwide
The image rights are held by SILIOS Technologies
SILIOS Technologies takes profit of the developments made during the EU project InShaPe on Laser-Based Additive Manufacturing domain to keep its advance in multispectral sensors agains…
Publisher: SILIOS
Leveraging the Benefits of Laser Beam Shaping on a Demonstrator Application
The technology developed within the EU project InShaPe enables new, application-optimized processing strategies for the additive manufacturing process Laser-based Powder Bed Fusion of metals (PBF-LB/M). These optimized strategies lead …
Publisher: EOS
Demonstrating the potential impact of project InShaPe with Additive Manufacturing use cases, Part 1
To demonstrate the impact of the technology developed in the EU project InShaPe, we have four relevant use cases: An impeller, a chainsaw cylinder head, an industrial gas turbine swirler and a primary combustion chamber for rocket engi…
Publisher: InShaPe Partners
Metal Additive Manufacturing adoption of Innovative Beam Shaping Technology for Greater Efficiency and Sustainability. Beamit preliminary test in Garching for Industrial Application.
Figure 1. OERLIKON/TUM build job preparation and selection and process parameters and beam shape Images: Federico Uriati/BEAMIT
Authors: Federico Uriati (Beamit), Michele Caldarini(Beamit), Robin Prudlik(Oerlikon)
InShaPe, a ground…
Publisher: Beamit / Oerlikon
Gaussian, top hat or donut? Part I: Exploring the effect of beam shape on the productivity and density of additively manufactured AlSi10Mg.
The EU project InShaPe: Green Additive Manufacturing Innovative Beam Shaping and Process Monitoring aims at increasing the speed of laser powder bed fusion (PBF-LB/M) metal additive manufacturing (AM), while simultaneously reducing its …
Publisher: AMEXCI