We had the chance to present our results this month at the first ICAM22 co-organised by ESA and NASA. The “CT, MDI and Residual stress applied to AM” session gave us the opportunity to exchange with NASA and VTT scientists. It was very rewarding for us to see how much our efforts are aligned with…
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When working with conducting powders (Al, Ti), there is a risk of explosion if certain conditions of temperature, oxygen content, and powder distribution are met within the LPBF build chamber. ATEX equipment specifically designed for use in potentially explosive atmospheres minimizes this risk and enables you to ensure compliance with the EHS requirements. We are glad to share…
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We just released our latest software delivering a layer-by-layer status about the quality of selected parts over the build plate. The data are compatible with machine logs and can be aggretated with other data (such as O2 content, temperature, etc..) to feed MES and machine connectivity systems. Contrarily to other monitoring solutions, we can trace…
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In a joint paper published in August 2021 in Metals with our partners from ETHZ-inspire, we show that Eddy Currents are sensitive to minute variations (0.1%) of the porosity of LPBF samples. This confirms that our products can be used to monitor the LPBF process with a focus on the quality of the manufactured material.…
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Very pleased to announce that AMiquam has received a grant from Pulsate for a joint project with IDEKO and MIZAR, see here PULSATE Community. After only 9 months of activity, AMiquam is obtaining a significant recognition from the additive manufacturing community. Together with 4 pilot projects completed, an important milestone has been reached end of…
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Metal lattices, for instance produced by additive manufacturing, are already impacting the metal industry – and will do so more and more – just think of weight reduction and the possibility to tailor the mechanical properties. However, these structures are extremely difficult to inspect with standard techniques. We are proud to share this in-situ inspection…
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In February 2020, ASTM has issued an important standard on the NDT of metal AM parts. In a summary table, the ASTM relates the possible defects found in metal AM parts to the appropriate NDT technique to detect them.
We are delighted to annouce that our partner Prof. Haifa Sallem, from the HES-SO VS university has been granted a project on defect detection and characterisation in metallic AM parts, in collaboration with AMiquam.
ASTM is one the most important body for the establishment of norms and standards in relation to the testing of materials.