| Thu, 14 Jul 2011, 6:05pm | #1 |
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I post this article solely because it may have relevance to the issue of component printing for EESUs. This is pretty amazing technology. Many interesting things in the works. Inkjet printing produces high-performance transistors EEStor Hopeful. "Make it as simple as possible, but not simpler" A. Einstein
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| Thu, 14 Jul 2011, 8:37pm | #2 |
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This might be useful in a RepRap, a 3D printer that can copy itself (more or less). Deasil is the right way to go. |
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| Fri, 15 Jul 2011, 3:29pm | #3 |
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Nice catch. It has always been a dream in capacitor manufacturing to develop a software driven printer to control the printing area and geometry. It takes hours to alter a screen. The problem with ink jet* has always been speed, and viscosity control. A lot of picks have been dulled on that project. The introduction of an anti-solvent is a nice twist. * note to EEN...it was difficult, but i avoided reference to that other process. CapMan
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| Fri, 15 Jul 2011, 4:07pm | #4 |
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what what
Capman you know that's exactly what Weir is doing. His mini extruder head is nothing but a customized print head attached to an off the shelf fluid dispensing printer with software controlled printing area and geometry which can be altered in all 3 axis's Capman, our stars are no longer crossed.......Weir built your dream machine! You are finally coming around to Eenigma's unshakable position on Weir's new process.......LOL WORLDS ARE COLLIDING Capman is IN, it's Miller time! Front row seats with Y_No |
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| Fri, 15 Jul 2011, 4:14pm | #5 |
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HOLY CHRIST, Glad I didn't shoot right past this! Front row seats with Y_No |
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| Fri, 15 Jul 2011, 4:34pm | #6 |
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Ah, but did he build it, or dream it?
NYMT (not yet miller time) but close.. Can I have Guiness? Last edited Fri, 15 Jul 2011, 5:41pm by CapMan CapMan
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