One of the applications I was really hoping for was for 3d printers to be able to, by themselves, do things you could ask a human to do. Insert components (like screws, nuts, nylon wire, ...) maybe even bend copper wires into place while printing a 3d model and, you know, just make that work.
Printing silver conductive ink, I mean nice and useful, I'm sure. But not quite what I need.
Interesting idea, but not all that useful. I was expecting a pancake motor, since those are mostly flat plates. Printed circuit pancake motors, where the windings are printed circuit traces, do exist. The 3D printer setup they have ought to be able to make most of the parts for such a motor.
Good bearings will be tough. Their structural material is PLA, which is not a good bearing material. Nylon might work, but at some point you need to smooth out the bearing surfaces. That may be why they chose to make a vibrator, with flexures rather than bearings.
You don’t need CNCs for that you need a decent laser, the laminates used are super thin and either laser cut or stamped you can’t reliably machine them anyhow workholding would be near impossible.
I would be concerned that laser cutting steel degrades the magnetic permeability around the cut. I plan to use a clamping jig designed for PCBs. I could always upgrade to a vacuum table.
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[ 3.3 ms ] story [ 39.1 ms ] threadPrinting silver conductive ink, I mean nice and useful, I'm sure. But not quite what I need.
Interesting idea, but not all that useful. I was expecting a pancake motor, since those are mostly flat plates. Printed circuit pancake motors, where the windings are printed circuit traces, do exist. The 3D printer setup they have ought to be able to make most of the parts for such a motor.
Good bearings will be tough. Their structural material is PLA, which is not a good bearing material. Nylon might work, but at some point you need to smooth out the bearing surfaces. That may be why they chose to make a vibrator, with flexures rather than bearings.