however, using components does make your data portable. Portability? With all that file structuring? It sounds preposterous. This can also work for consolidating your timeline, as mentioned above. They’re great for consolidating a portion of your physical assembly together to perform a function. Sub-assemblies aren’t designed for file management, but they are excellent for managing your data. When you go to apply a joint, that joint works at the component level-not the body level-so it applies the constraint to everything. Say you have multiple unique bodies in one component. A component is ideally just one body inside, as operations such as joints only work at the component level. You generally do not want to do that as a workaround to the above copy-paste tip. This can get tricky when you’re working with multiple bodies in a single component.
If you create a new component and then populate it, pattern it, or copy it, the same change will be applied to all components. This is super helpful when you have a large assembly or a complex geometry that would usually have many steps in its timeline because it compresses things to be more manageable for edits. You may have noticed that when you activate a component, your timeline condenses, showing you only what is relevant to the component. Here are a few things you’ll gain from doing so: Condensed timelines Well, no matter what approach you decide to take, organizing your data into components and sub-assemblies as early as possible in your design process is beneficial. Of course, if you have a clear idea in your head of what you are working on, you can jump straight into planning your components and assemblies before diving in. Then from there, I start a new file from scratch with a guideline of my components and sub-assemblies laid out in the browser before I begin anything. Because of the nature of my workflow, I choose to start off with everything as separate, new bodies-figuring out the interface, what will go where, and how I will use it all. Then as I continue to flesh an idea out, the concept/idea becomes more structured. My product design process often starts off as exploratory.
The real answer is: do whatever makes the most sense for your workflow. If there were a definitive answer, everyone would probably be making the same things, which would be very boring. Unfortunately, there’s no definitive answer to this question, but that’s probably a good thing. So does the bodies vs components argument matter? Absolutely, but it was important to clarify right off the bat that what people are actually asking is if Rule #1 is really a rule at all-whether they should leave everything in a top assembly or create empty components and go from there. This is because you are technically trying to interface one component with itself-this is why joints don’t work on bodies! Bodies vs Rule #1 If this still doesn’t make sense, consider this: When you have multiple separate bodies that are not part of components or a sub-assembly in your top assembly, they are unable to interface with one another in the manner components usually can. Bodies are an element of a component, not something that can be compared to components. components? Now that we understand that the top assembly is a component, and the bodies sit inside that top assembly, we can begin to understand their relationship.
What does this mean in relation to your data and structuring, and where does this fit into bodies vs. The top assembly is the top-level umbrella where everything else falls under-it’s the final point of your file, and it’s a type of component in and of itself. But what’s important to note is that all of these folders sit under a top assembly. If you do not use any components, you’ll see folders start to automatically populate: sketches, bodies, construction, etc. When you start a file in Fusion 360, your browser remains quite empty. Let’s take a step back and think about the top-down functionality of the data structure in Fusion 360. Strictly speaking, you can’t compare components to bodies because components are made of bodies. Many Fusion 360 users were taught that Rule #1 to begin a project is to “start your files with empty components,” but what does this really mean? In this article, we’re going to take a look at how and why we use components and bodies in Fusion 360 and finally put the ongoing “bodies vs.
Unless you’ve been using Fusion 360 for some time or have a lot of experience with a manufacturing 3D CAD package, however, the very notion of components is really confusing. Understanding the relationship between components and bodies is a vital step to becoming proficient in Fusion 360.
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