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This project is the mother of all my others because it supports the computer-controlled design and fabrication of endless parts. The machine is a standard Taig mill converted for CNC (computer-numeric-controlled) operation. The welding-adapter project provides an end-to-end narrative of how this system is controlled from the software side.
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Laying out the innards to get a feel for how big to make the case. The design diagram is to the right.
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And here it is. I want to redo it as an aluminum case with extra features eventually, but it works great now, so leave well enough alone.
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One hell of a paper cut! Don't ever knock over a bottle of layout fluid. Luckily I intended the surface of this work table to be repainted frequently, so I don't worry about keeping it too clean.
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Marking up the cuts for the control panel. This is the same piece of plexiglass from my office chair runner that shows up in many other projects here.
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How's this for bootstrapping? The mill is making itself, albeit manually with the hand cranks.
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Getting close.
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Miscellaneous setup and testing.
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The controller.
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Testing the cooling system. According to the specs for the Xylotex stepper-motor driver, their board can get really hot. So I assumed my system needed substantial cooling (and no, I didn't do any thermo calculations).
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I also didn't do any airflow calculations, opting instead for the garbage bag and stopwatch approach.
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Some of the control boards, designed in National Instruments Ultiboard.
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