Autodesk Furniture

[Terpsícore Deckelman]

Fusion360 is easy-to-use 3D modeling design software that lets you design, validate, and manufacture your woodworking and furniture products. Each phase of the product journey is integrated into one CAD/CAM solution.

Woodworking is the craft of making usable and functional objects, and like every craft, woodworking starts with design. 3D design software for woodworking allows you to design, visualize, and experiment with your parts in 3D before you start cutting wood by hand or on a CNC router. Furniture makers, designers, cabinet makers, and crafts people use furniture design software to design and make anything.

Furniture design software refers to computer programs specifically designed to assist designers and manufacturers in creating, visualizing, and modeling furniture designs. These tools provide a vast range of features and functionalities that enable users to create detailed and accurate representations of furniture pieces before they are created.

3D design software for woodworking allows you to design, visualize, and experiment with your parts in 3D, before you start cutting wood by hand or on a CNC router. Furniture makers, designers, cabinet makers, and craftspeople use woodworking software to design and make anything. Fusion 360 is easy-to-use 3D design software that allows you to design, test, modify, and visualize your projects in 3D before bringing them to life.

3D modeling software has become an important tool for furniture designers. It allows for sculpting in a 3D environment and delivers more flexibility compared to 2D drawings. Fusion 360 is easy-to-use 3D design software that allows you to design, test, modify, and visualize your design projects in 3D before bringing them to life.

CAD software can help streamline the various stages of production in carpentry from design to manufacturing and ensure accuracy and efficiency of the requirements for each furniture design project. 2D drawing and drafting, 3D modeling, and design automation using CAD software can improve workflows for designers, engineers, and woodworkers.

The Nesting & Fabrication Extension adds powerful features to Fusion 360 for woodworking with customizable grain controls to enhance the design of your models. This will help improve the aesthetics of the final product by allowing users to fine tune wood grain components in the design stage.

Parametric design in Fusion 360 allows you to create history-based features, including extrude, revolve, loft, and sweep that update with design changes. Generative design in Fusion 360 allows you to explore multiple manufacturing-ready outcomes that meet your design specifications while reducing weight, improving performance, and consolidating parts through generative design.

Using Fusion 360 to create a parametric model, woodworkers can re-evaluate cutlists, eliminate unnecessary fabrication expenses, provide a visual representation to clients and suppliers, and check parameters all in one digital platform.

Fusion 360 is an easy-to-use 3D modeling design software for hobbyists and professionals alike that offers specialized features for woodworking and furniture design to help throughout every stage of the design and manufacturing process.

Most on this forum will lean towards Inventor. Inventor is strong suit is complex mechanical design. Fusion will lend better to free-form organic designs. That being said, both will do the job. Fusion will probable be quicker to learn and Inventor will produce better drawings.

When you say "complex" are we talking about hand-carving free flowing shapes or a complex design with many components/pieces. This is what we use Inventor for as we design & build commercial transportation equipment.

I work on Inventor for a bit more than 17 years. The speed of adding new features to the product is like a reversed bell curve. It was extremely fast at the first 5 to 8 years. After most add-ins are built, it slowed down for a few years. For the past 4 years, the speed is picking up again.

Inventor is best for complex furniture design and you can do a lot of test like stress test etc. But using Inventor requires a little bit of more knowledge than Fusion 360. Also it need more expensive hardware than Fusion 360. You can see the system requirements of the Inventor Professional 2018 (URL ) and Fusion 360 (URL ). If you like please give kudos.

Being that you are a student, you can get a version of each on a trial basis. Since you are interested in architecture as well as interior design I would recommend Inventor as it can be powerful in both disciplines. The previous posts give good examples of what the capabilities and strengths of each are. It is a complex question that depends on the shapes you are trying to make, the medium you are going to be making it out of, the tools available for manufacturing, the documentation requirements, etc. A statement of which is best with little information given is like asking which is best: Ferrari or Hummer? Both are cool and will get you to your destination but what are your requirements on getting there, gas, mountains, speed, towing? Do you have examples of your work or similar shapes you are trying to create? Both will create complex furniture well it just depends on the unknown intangibles that make the decision difficult. Feel free to continue the conversation with more information and we will do our best to help narrow down your choice (learn both and master the universe is my recommendation).

Neither of these product is specialized for furniture design industry only, therefore both are missing one or the other aspect. Of course, today Inventor is still way more powerful tool, but Fusion is caching up pretty fast. Anyway if you are into complex furniture business I would recommend to look into woodwork for inventor. It's an add on for inventor and together those tools are pretty great

One minor correction to the education license usage, it should be free for students, educators and education institutes for education purpose. If a student is hired to do commercial work as an apprentice or an intern, he will need to use commercial license product to do the work.

Although Autodesk Fusion 360 is a much newer player to the game (Autodesk Inventor has been on the market for nearly 20 years), I prefer Fusion 360. It stores all files exclusively in the cloud, connected to your user account, one of its main selling points. Like Inventor, it also features parametric, freeform, and direct modeling, covering most of the same operations. However, Fusion 360 has a sleeker, modernistic look and an easier learning curve.

I have presentation plans for a project which has a department color scheme and furniture in every room. Most of the furniture is displaying normally with the surfaces completely white so they pop. The problem is, the colors (which are set to background) will fill in some of the furniture as if its completely see through.

The ones that appear see-through are see-through. They are either just line drawings, or the 3D elements within them are set to not show in plan, and they have lines 2D lines showing in plan. This is pretty common.

Ahhhh! I have tried everything I can think of but the schedule will not correctly count a particular furniture family type that is in the model. If I select all instances in the plan there are 23 of them (and manually counting this is true). The schedule is only finding 18. These are not overlapping a wall or floor and there are other items in the same rooms that the schedule has no problems finding. Out of desperation I even made sure that all the instance parameters were the same. I am not sure what else to do. This has taken way too much of my time and now I am concerned that there will be other items not counted correctly. I have not used schedules a lot and am not completely familiar with all the issues so maybe there is a simple answer (I hope). What am I missing? TIA

I would like to suggest furniture shops in Abu Dhabi and Dubai because you will get the best collection of furniture there. They have a wide variety of furniture. Everyone knows Abu Dhabi and Dubai is a huge market for buying things. Last year I bought some classic furniture from there. To be honest, it will change the total look of our home to a luxury feel.

Bernardo Urbina founded a unique company, a high-end boutique woodshop building custom-designed and sustainably crafted furniture from recycled wood and carefully treated plantation trees. By using Autodesk Fusion 360, Bernardo Urbina Design (BUD) has been able to offer unique creations and guarantee manufacturing quality to exceed the expectations of its clients.

Bernardo Urbina Design is a furniture design studio in Costa Rica focused on using materials such as overlooked and untampered wood, which allows them to give them a new life and turn them into carefully crafted works of art.

Bernardo, the founder, has a long career in luxury furniture design in New York, Milan, and Cebu. He began recycling materials into furniture when Typhoon Haiyan hit the Philippines, an initiative that contributed to employing people affected by the storm.

After three collections, Bernardo returned to his homeland of Costa Rica in 2015 to establish his first studio. He discovered an opportunity in a specific market segment: foreigners with vacation homes in that country, who are looking for sustainably made, unique furniture and personalized attention in English.

To ensure the efficient use of both recovered wood and plantation trees, as well as to maintain close communication with its customers, it was necessary to have a software tool that would support the development process of each piece.

When the woodshop opened to complement the studio in Costa Rica, BUD began working with clients who needed to visualize what the final pieces would look like. The woodshop required plans and renderings approved by the client to back up the fabrication of each piece.

Then, Bernardo designs the idea using Autodesk Fusion 360 to ensure that it is feasible to manufacture and provide a blueprint to the client. After the customer approves the drawing, he processes the wood, and the part goes into fabrication. At this point in the process, the CNC machine helps turn the design into the final part with 100% accuracy.

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