Mesoscale manufacturing technologies: Difference between revisions
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== Experimental == | == Experimental == | ||
'''Galvanic electroforming:''' <br> | '''Galvanic electroforming/electrotyping:''' <br> | ||
First crude experiment. FDM printed plastic was not tight enough. <br> | First crude experiment. FDM printed plastic was not tight enough. <br> | ||
https://x.com/AlaskaLawlor/status/1535681835102965760 (by Orion Lawlor)<br> | https://x.com/AlaskaLawlor/status/1535681835102965760 (by Orion Lawlor)<br> | ||
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https://x.com/AlaskaLawlor/status/1534375298036142080 <br> | https://x.com/AlaskaLawlor/status/1534375298036142080 <br> | ||
The risk of too fast growth is worst case dendridic growth with porosity <br> | |||
or still bad large single crystals brittle as the grain boundaries. <br> | |||
Thus relevance of the following: <br> | |||
Dense galvanic deposition of significant layer thicknesses (by Shaun Mulligan): <br> | |||
https://x.com/ProjectQuine/status/1554060533195833345 <br> | https://x.com/ProjectQuine/status/1554060533195833345 <br> | ||
https://x.com/ProjectQuine <br> | https://x.com/ProjectQuine <br> | ||
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Micro lasercutting machines (as used for the GIK (great invention kit) of MIT center of bits and atoms) <br> | Micro lasercutting machines (as used for the GIK (great invention kit) of MIT center of bits and atoms) <br> | ||
Mentined in the videos linked here: [[The three axes of the Center for Bits and Atoms]] | Mentined in the videos linked here: [[The three axes of the Center for Bits and Atoms]] | ||
== External links == | |||
* https://en.wikipedia.org/wiki/Electroforming | |||
* https://en.wikipedia.org/wiki/Electrotyping | |||
* https://en.wikipedia.org/wiki/Electroplating | |||
Revision as of 21:53, 28 September 2024
Experimental
Galvanic electroforming/electrotyping:
First crude experiment. FDM printed plastic was not tight enough.
https://x.com/AlaskaLawlor/status/1535681835102965760 (by Orion Lawlor)
UV resin printed plastic instead might work.
CG model of a mold:
https://x.com/AlaskaLawlor/status/1534375298036142080
The risk of too fast growth is worst case dendridic growth with porosity
or still bad large single crystals brittle as the grain boundaries.
Thus relevance of the following:
Dense galvanic deposition of significant layer thicknesses (by Shaun Mulligan):
https://x.com/ProjectQuine/status/1554060533195833345
https://x.com/ProjectQuine
Companies
Microfabrica:
Some sort of galvanic electrofoming process for meso to microscale metal parts:
https://microfabrica.com/
https://twitter.com/microfabrica3D
Micromac – laser micromachining
https://3d-micromac.com/
Micro lasercutting machines (as used for the GIK (great invention kit) of MIT center of bits and atoms)
Mentined in the videos linked here: The three axes of the Center for Bits and Atoms