So let’s get going! For this guide, i’ll be using the Raspberry Pi 2, since, out of the available single-PCB computers, it’s both the easiest to set up ,the most common one, and generally the platform i’d currently recommend, but any other Raspberry Pi all the way from the original model A up to the most current Zero works as well, albeit with a small speed penalty, or with a manual install, you can also use most other mini computers like the Beaglebone, the LeMaker BananaPi or Guitar, or even a full x86 computer. OctoPrint also comes with the CuraEngine pre installed, which basically means that you won’t even need to slice your files on a computer anymore, you can just send over the stl model and the printer will do the rest.Īnd since you can now expand OctoPrint through the new plugin system, you can add pretty much as much functionality as you want. So just to recap, what OctoPrint does is to hook up your 3D printer to your local network, so instead of having to move SD cards back and forth or tying a PC to your printer with a USB cable, you can access all of your printer’s controls with any computer, phone or tablet on the same network and through WiFi. So today, i’m going to walk you through the easiest way of getting going with the current version. But OctoPrint is pretty rapidly evolving, thanks to Gina Häuge’s and BQ’s commitment to the software, so my 2014 guide for setting it up is kind of outdated and, frankly, incorrect at this point. Hey everyone, Tom here, and by now, you probably know what OctoPrint is and why using it is better than sacrificing an entire computer just for running your printer. You can support me without spending a single penny!
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