To do this go to General settings: Advanced. In the settings menu, we have to set up a feature so we can easily drag and drop files from the virtual machine to our computer and vice-versa, also in this way we can copy/paste files which is very important. Once you’ve created your new virtual machine select it and click the settings button. We will set Linux as the type and Ubuntu(64-bit) as the version.Īfter this part just leave everything as default and click next then the create button. The most important part is the type and the version. You need to set a name for your machine, a machine folder (we will leave the default value). Open VirtualBox and click on the new button and proceed to set the correct settings. Next, download the latest version of Ubuntu here.
Go to the official website and download the latest version of VirtualBox, after that go ahead and install it. If you use Windows or Mac OS x follow from here If you already have Linux skip to this part and download the shell script and follow the guide from here! In my opinion is much easier to use a virtual machine to do all the steps and to spare some time. The downside is that it works only on Linux, I’ve tried to compile it for Windows but the process is too long and complicated. You could follow the installation guide by yourself, but for your luck, I’ve made an installation file that you just need to run it to download and compile the project easily. This technique leads to much smoother surfaces due to the missing stair-stepping effect. The modified Slic3r then generates a nonplanar toolpath on top of the regular layers.
The area below the nonplanar surfaces is printed with a regular planar structure. With this approach, the printable areas are detected automatically and checked for possible collisions while printing. The general idea of this version is to remove the stair-stepping effect on surfaces that are close to horizontal by printing these areas with nonplanar layers. This feature can be used to generate g-code for nonplanar printing on any printer. Slic3r was born in 2011 within the RepRap community and thanks to its high configurability became the swiss-army knife for 3D printing. This version is an open-source, modified release of Slic3r that includes a method for non-planar slicing. There is only one Slicer that allows us this kind of slicing and we’re talking about Slic3r.
Those outer layers increase the resistance of the pieces as it binds all the layers with the outer shell.When tuned right, the outer layers will have a more smooth surface and increased aerodynamics.
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