Abstract
A method for manufacturing a multi-material component, including manufacturing a part with at least one internal channel and/or cavity open to an outer surface of the part with additive manufacturing method, such as selective laser melting, from a first material, filling after manufacturing the part from the first material, the at least one channel and/or cavity in the part with at least one second material, where the open area of the at least one channel and/or cavity at the surface of the part is covered, and subjecting the at least one second material to a hot isostatic pressing in which the part manufactured from the first material forms part of the high-pressure containment vessel for the second material. Further disclosed is such a multi-material component.
Patent family as of 17.12.2021
EP3687717 A1 20200805 EP20180769753 20180906
FI127380 B 20180430 FI20170005849 20170925
FI20175849 A 20180430 FI20170005849 20170925
US2020276642 AA 20200903 US20180649707 20180906
WO19058020 A1 20190328 WO2018FI50629 20180906
Patent family as of 17.12.2021
EP3687717 A1 20200805 EP20180769753 20180906
FI127380 B 20180430 FI20170005849 20170925
FI20175849 A 20180430 FI20170005849 20170925
US2020276642 AA 20200903 US20180649707 20180906
WO19058020 A1 20190328 WO2018FI50629 20180906
Link to currentpatent family on right
Translated title of the contribution | Method for manufacturing multi-material component and multi-material component |
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Original language | Undefined |
Patent number | FI20175849 |
IPC | B22F 7/ 08 A I |
Priority date | 25/09/17 |
Publication status | Published - 30 Apr 2018 |
MoE publication type | H1 Granted patent |