![]() ![]() You'll then want to head to the 'Mesh' tab and convert it to a solid body by going to 'Modify > Convert Mesh' and selecting OK with the default settings. To insert a mesh, go to 'Insert > Insert Mesh'. The first step involves either creating a new design in Fusion 360 or inserting a mesh file (E.g. Please note that the below guide is intended for those who have basic knowledge of Fusion 360. Let's take a look at how to do just that! The example we'll be using is a 1:50,000 scale contour model of Mount Everest, which we'll be turning into a 16 piece jigsaw. If you're looking to create a simpler jigsaw, you can quite easily do all the steps within Fusion 360. There's a great tutorial for this by an amazing designer called Devin Montes, who actually inspired us to explore 3D printed jigsaws. If you're creating a large size jigsaw with say 40+ pieces, we'd recommend using a vector-based graphics software to create your puzzle pieces as creating these in Fusion might require a lot of processing power. You can create puzzle pieces using a vector-based graphics software, which can then be imported into your 3D CAD package, or alternatively you can create them directly within Fusion 360. ![]() The steps in all methods typically involve creating puzzle pieces and using them like a 'cookie cutter' on a 3D model to split it up into multiple pieces that connect together. These types of puzzles are great fun for everyone, with the added benefit that most can be played by people with visual impairments. And the good news is that it's incredibly easy to turn any 3D model into a 3D printable jigsaw! Today, we're going to look at how we can do this using Fusion 360 software.įirst of all, it's worth mentioning that there are several methods that can be used to create 3D printable jigsaws. With 3D printing technology, we have an amazing opportunity to create unique and interesting jigsaw puzzles that go beyond the traditional 2 dimensional method. ![]()
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