Parametric modelling allows for the creation of flexible designs that can be easily modified and updated.įor example, if you create a parametric model of a part with a variable hole size, you can easily change the hole size by adjusting the corresponding parameter in the model, and the rest of the model will automatically update to reflect the change. Modeling valve in Fusion 360 using parametric modeling, source: 3DprintingGeek These parameters can be entered numerically or controlled through relationships and constraints that define how one parameter affects another. In CAD, parametric modelling is a method of creating 3D models using parameters, or variables, that can be adjusted to change geometric aspects of the model. Let’s take a look at a few features that you will likely be using for 3D printing in Fusion 360. It covers all stages of the product development workflow from sketching and modeling, all the way through to manufacturing, be it CNC, sheet metal, or 3D printing.
Features Overview of Fusion 360įusion 360 is a feature-rich CAD solution suitable for engineers, product designers, and makers alike. In this article, we will give you a few pointers on how to use Fusion 360 for 3D printing, so you can begin with minimal headaches. And because Fusion 360 is very much a software focused on usability, you can start designing and printing with the software in virtually no time at all.Īmong all the alternatives on the market, Fusion 360 is my favorite when it comes to 3D modeling software for my designs. So, you’ve decided that you want to do some 3D printing, and you may be wondering if Autodesk Fusion 360 is any good for this kind of thing.įusion 360 has a complete workflow for 3D printing, including modeling and slicing.
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