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Most of us who are old enough are likely to have had our first experience of an online service some time in the 1990s, either through the likes of Compuserve or via an ISP. We’ve covered a few sugary hacks before Need a renewable bed adhesive? out of glue stick? try sugar as a bed adhesive! Printing in gloopy, sloppy materials is nothing new at all, we covered it nearly ten years ago.Ĭontinue reading “Fifty Shades Of Brown: 3D Printing With Sugar” → Posted in 3d Printer hacks Tagged 3d printing, extruder, granules, sugar documents the granule extruder journey on the project Hackaday.io page, so it should be straightforward enough to duplicate this is you were so inclined. But anyway, the way we see it, is it’s fun trying, and if it fails, you can just eat it, so long as you disregard all that food safety stuff anyway.
![open pdp wired controller open pdp wired controller](https://cdn.alza.cz/Foto/FotoAddMid/pd/pdpx1c5-04.jpg)
Going slow seemed to be the way forward, as more time to cool may have reduced the stresses in the structure due to the increased cooling time.
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This produced clearer prints, as the sugar did not have time to caramelise, or form a noticeable blob, but as soon as the bed started to cool, it caused it to crack badly. The next thing tried was increased print speed. Whilst this did work, the resulting print resolution did leave something to be desired.
![open pdp wired controller open pdp wired controller](https://images.nintendolife.com/bd6f2bc79d792/pdp3.original.jpg)
Initially tried it real slow, effectively printing with the liquified sweet stuff, by dragging a molten blob of it around on the end of the extruder nozzle. Success was somewhat variable, as the gloopy material is notoriously fickle to work with, but the setup did produce some structures that stayed in one piece, at least for a while. Sugar is pretty common in most households, so since that’s already available in granular form, gave 3D printing with granulated sugar a try. has been busy for the 2021 Hackaday Prize entry, working on the design of a direct granule extruder for 3D printing with waste materials, or materials that are not provided in the form of a filament. Posted in Tool Hacks Tagged atmega, co2 cartridge, compressed air, dispenser, microcontroller, paste, solder Of course there are other methods of dispensing solder paste that don’t require any compressed gas of any kind, but as long as something is around that gets the job done, we can’t really argue with either method. This could be just the tool that you need if you regularly work with surface-mount components. With this small compact setup, any type of paste can be delivered to a PCB without needing to use messy stencils or needing larger hardware like a compressor. A rotary knob is attached to the canister to regulate pressure, and a second knob attached to a microcontroller adjusts the amount of time the air pressure is applied to the solder paste. These are common enough and used for things like rapidly inflating bicycle tires, but for this more delicate procedure the pressurized gas needs to be handled more daintily. This design foregoes the traditional compressor in favor of pressurized carbon dioxide canisters. If you need a solder paste dispenser that fits conveniently where air compressors won’t, take a look at this small one from called the solderocket. The trouble with these is that they typically require the use of an air compressor, which can be cumbersome to haul around in certain situations. That is, unless you have a solder paste dispenser. Some of us hate it it’s sticky and gooey, and it gets everywhere. We have certainly all had our moments with solder paste.