It’s more like 3 really wide pixels.

AOL came on floppies originally, but the quality was so poor that you could barely rewrite them.

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You can even have your printer run shell commands

I briefly considered using Klipper to make a clock that prints 1 layer per minute, but gave up after realizing it’d be unreadable after the first hour:

When my Ender 3 S1 (not plus) had bed leveling issues, the problem was caused by backlash on the Z axis. It’s important that the Z axis be just loose enough that downward motion is driven by gravity. If instead the Z screws have to “pull down” on the gantry, then the height will be too sloppy for ABL to make fine adjustments.

You are 10% hydrogen already.

They’d be expensive to run but it would likely only be for a few days per year.

“Pay for more electricity” might not work very well, if everybody in a region uses resistive heat at the same time. I’m not sure what the solution is… maybe an overprovisioned power grid, cheaper battery tech, or tanks of renewable backup fuel like dimethyl ether?

It’s not clear to me what you’re trying to do. Are you looking for Dual4010_Satsana_by_Gorroth.stl but in Fusion360 format?

The original model has some .step files.

When I load your model and enable “Preferences > Features > vertex-object-renderers”, the Preview pan/zoom/rotate goes much faster, and “vertex-object-renderers-prealloc” seems to reduce the Preview computation time.

Between 2017 and today, it was a mostly-blank page with the letter “x”: https://web.archive.org/web/20230722020649/http://x.com/

They should park it with two staircases.

independent X and Y accels

This requires patching Klipper, right? I don’t think I want to bother with maintaining a fork.

Though I designed a Z axis brace and plan to add some X/Y linear rails.

Android still doesn’t support DHCPv6 and will be left without a valid address.

RFC 7934 explains their reasoning, though it’s not exactly an ironclad argument.

It is possible to smooth PLA using ethyl acetate, but I don’t know if that’s good enough for food safety, plus you have to remove the ethyl acetate itself.

PLA won’t survive in a dishwasher. PETG might, but there are no reasonable solvents for smoothing PETG.

Maybe it’d be best to print a mold in PLA, smooth with ethyl acetate, clean thoroughly, and then pour silicone into the mold.