FreeCAD is a free and open-source 3D computer-aided design (CAD) software. It allows users to create and modify 3D models of various objects and designs.
Design, engineer and create anything with comprehensive electronic and printed circuit design tools.
- Utilize direct, surface, parametric, mesh, or freeform modeling for adaptable 3D design.
- Intelligent gatherings: Itemized representations of complicated items with detonated perspectives and activitys.
- Sheet metal part creation: Plan and architect items to guarantee feel, structure, fit and capability.
- Innovative generative design :Make use of automation tools to discover, design, quote, and fabricate more quickly.
- Tools for comprehensive electronics and PCB engineering are included in unified PCB and electronics design.
- Press button Zest reproduction: Simple Zest (Reproduction Program with Coordinated Circuit Accentuation) arrangement.
- Limitless various leveled schematic catch Support for 16-layer PCB frameworks.
- Additive manufacturing, 2 and 3-axis, 3+2, 4 and 5-axis milling, and more are all possible with integrated CAD and CAM.
- Data management in the cloud: Use global collaboration to connect teams, communicate in real time, and manage projects.
- Rendering and documentation that are photorealistic: Use real-world rendering technology to annotate, document, and measure models.
- Topology and shape optimization using cloud-based machine learning and AI in FEA verification, testing, and simulation.
Who is it for?
Experts in manufacturing, machining, engineering, and industrial design also prefer Fusion 360. Leading commercial businesses like Stewart-Haas Racing, VOLVE, Hyundai Motor Group’s New Horizons Studio, and Conturo Prototyping make use of it to create products. As a result, we came to the conclusion that creating a Fusion 360 education license would help educators and teachers better prepare students for future careers in design, engineering, and manufacturing. Fusion 360 for education is simple to use and free.
Fusion 360 Pricing
- Free plan
- Paid Plan
Combination 360 is proficient cloud computer aided design, CAM, CAE, and PCB programming and is $545/year. Fusion 360 is a free online CAD program that includes standard features for projects at home that are not for profit.Fusion 360 is free for: Students and educators Personal, non-commercial use Qualifying startups
Fusion 360 Alternative
- Shapr3D – Best For Seamless Multidevice Utility.
- Solidworks – Most Featured CAD Software.
- Inventor – Best For Autodesk Enthusiasts.
- Revit – Best For Architecture and Interior Design.
- FreeCAD – Open Source and Free Software.
- SolidWorks: SolidWorks is another popular 3D design software that is widely used in the industry. Both Fusion 360 and SolidWorks offer similar tools for modeling and simulation. However, Fusion 360 is a cloud-based software that offers collaborative tools, while SolidWorks is a desktop-based software that requires local installation.
- SketchUp: SketchUp is a popular 3D design software that is easy to use and offers a wide range of 3D modeling tools. However, Fusion 360 offers more advanced tools for simulation and CAM, making it more suitable for professionals who need to create complex designs.
- Onshape: Onshape is a cloud-based 3D design software that offers collaborative tools similar to Fusion 360. Both software offers similar tools for modeling and simulation, but Onshape is more suitable for small to medium-sized businesses due to its pricing model based on a per-user subscription.
- Tinkercad: Tinkercad is a free online 3D design software that is suitable for beginners and hobbyists. While it offers a limited set of tools compared to Fusion 360, it is easy to use and does not require any installation.
How to use Fusion 360
- Download and install Fusion 360: You can download and install Fusion 360 totally free from the Autodesk internet site.
- Choose your workspace: When you first open Fusion 360, you could select from a lot of workspaces, such as “Model”, “Sculpt”, “CAM”, or “Simulation”. Select the workspace that first-class suits the kind of work you want to do.
- Create a brand new layout: In the workspace, create a new layout by way of deciding on “New Design” from the “File” menu.
- Create sketches: In Fusion 360, 2D sketches are used to define the geometry of your 3D version. Use the caricature gear to create strains, circles, arcs, rectangles, and other shapes to outline the geometry of your model.
- Use modeling gear to create three-D geometry: Once you have created a cartoon, you can use the modeling tools to extrude, revolve, sweep, loft, or otherwise manage the 2D cartoon into 3-d geometry. For instance, you could use the “Extrude” device to pull a 2D caricature into a 3-D shape.
- Edit and regulate your design: Use the enhancing equipment to adjust your layout, which includes the “Fillet” tool to spherical off-edges, the “Chamfer” tool to create angled edges, or the “Mirror” tool to create a symmetrical replica of a feature.
- Create assemblies: Use the assembly tools to create assemblies if vital, along with connecting specific additives together.
- Generate toolpaths: If you’re the use of Fusion 360 for CAM, you may generate toolpaths for CNC machines by selecting the “CAM” workspace and using the numerous CAM equipment to set up your activity.
- Simulate your design: If you’re the use of Fusion 360 for simulation, you may simulate your design to test its performance under specific conditions.
- Export your layout: Once you’ve finished your layout, you could export it in a whole lot of file formats, inclusive of STL, OBJ, or STEP.
Fusion 360 tutorial
- Open Fusion 360 and create a new design.
- Choose an appropriate workspace for the kind of model you need to create, which includes “Model” for stable modeling or “Sculpt” for organic shapes.
- In the workspace, create a new component to include your version.
- Use the sketch equipment to create a 2D profile of the form you want to create. You can use traces, arcs, circles, rectangles, and different shapes to create your profile.
- Use the modeling equipment to extrude or revolve the 2D profile right into a 3-d shape. For instance, you may use the “Extrude” tool to tug the profile as much as create a stable object.
- Use the enhancing tools to alter the form of the model. For instance, you may use the “Fillet” device to round off edges or the “Chamfer” device to create angled edges.
- Repeat steps four-6 to add additional functions in your version, which includes holes, cutouts, or fillets.
- Use the assembly tools to create assemblies if vital. For instance, you can use the “Joint” tool to connect additives collectively.
- Once your model is whole, you could use the rendering tools to create practical snapshots of your model.
- Save your layout and export it inside the desired record layout.
Fusion 360 for Beginners
- Take advantage of the tutorials and assets to be had: Autodesk presents many tutorials and resources to help beginners study Fusion 360. These resources can be determined at the Autodesk internet site, the Fusion 360 YouTube channel, or in the software program itself below the “Learn” tab.
- Familiarize yourself with the interface: Spend a while exploring the interface and the various workspaces inside Fusion 360. This will help you understand where to locate the tools you want to create your designs.
- Start with easy projects: Begin with easy tasks that will help you learn the basics of the software program. For instance, create a simple 2D caricature and extrude it into an easy 3-D shape.
- Use sketches to define geometry: Sketches are the muse of modeling in Fusion 360. Learn the way to use sketches to define the geometry of your version before using functions like extrusions and revolves.
- Practice with parametric layout: Fusion 360 is a parametric design software, meaning adjustments to a design may be made without problems via adjusting dimensions or parameters. Practice the usage of parametric design by making modifications to your designs and seeing how they affect the very last product.
- Utilize the timeline: The timeline in Fusion 360 shows the order of operations used to create a design. By understanding the timeline, you could make adjustments to earlier steps within the layout method without affecting later steps.
- Experiment with simulations and CAM: Fusion 360 has many functions past fundamental modeling, including simulations and CAM operations. Experiment with these capabilities to find out how they can be used to enhance your designs.
Fusion 360 vs SolidWorks:
However, SolidWorks also has some advantages over Fusion 360. SolidWorks is the software of choice if you want advanced simulation and analysis capabilities. It will permit you to assess straight and non-direct reactions, composite materials, or elements. Combination 360 likewise has reenactment apparatuses, they are very fundamental, however simple to utilize.
Customizing Fusion 360 Templates:
- Custom title blocks, borders, document settings, sheet settings, placeholder views, automated centerlines, and center marks settings, table placeholders, text, and images are all stored in a drawing template.
- Make use of a drawing template so that every time you make a new drawing, you don’t have to set up your preferences from scratch.
- Fusion 360 automatically analyzes the referenced design when you use a drawing template to create a new drawing and does the following:
- Creates sheets with your custom sheet settings, including a title block, border, text, and images. Creates drawing views for the design assembly where the base and placeholder views are placed. Creates a parts list for the design assembly where the table placeholder is placed.
Fusion 360 3D Modeling Tutorial
- Open Fusion 360 and create a brand-new design.
- Select the best workspace for the sort of version you want to create, along with “Model” for stable modeling or “Sculpt” for organic shapes.
- In the workspace, create a new factor to include your version.
- Use the cartoon gear to create a 2D profile of the shape you want to create. You can use strains, arcs, circles, rectangles, and other shapes to create your profile.
- Use the modeling tools to extrude or revolve the 2D profile into a three-D form. For instance, you may use the “Extrude” device to pull the profile up to create a stable object.
- Use the enhancing gear to alter the shape of the version. For instance, you can use the “Fillet” device to round off edges or the “Chamfer” device to create angled edges.
- Repeat steps 4-6 to add additional capabilities to your model, which include holes, cutouts, or fillets.
- Use the assembly equipment to create assemblies if important. For instance, you could use the “Joint” tool to attach components together.
- Once your model is complete, you may use the rendering tools to create sensible photos of your model.
- Save your layout and export it inside the favored document format.
Fusion 360 Certification:
- Certified User: This examination is designed for college kids and experts who are new to Fusion 360. The exam covers primary principles and capabilities, together with navigating the interface, creating sketches and functions, and performing simple simulations and CAM operations. The exam includes 30 questions and has a time restriction of one. Five hours. To put together for the exam, Autodesk affords a study guide and exercise sporting events.
- Certified Professional: This examination is designed for skilled customers who’re proficient in Fusion 360. The examination covers superior standards and abilities, including complicated modeling, assemblies, simulations, and CAM operations. The exam consists of 35 questions and has a time restriction of 2 hours. To put together the exam, Autodesk provides a look at the guide and practice physical games.
Fusion 360 CAM Tutorial
- Open Fusion 360 and create a new design.
- Create the model you want to generate toolpaths for.
- Click on the “Manufacture” button in the toolbar at the top of the screen.
- In the “Manufacture” menu, click on “Setup”.
- In the “Setup” dialog box, define the following parameters:
- Define the stock material and dimensions
- Define the orientation of the model
- Define the work coordinate system (WCS) origin and orientation
- Once the setup is complete, click on the “CAM” button in the toolbar.
- In the “CAM” menu, select the appropriate machining operation, such as “2D Pocket”, “2D Contour”, or “Drill”.
- Define the tool that will be used for the operation.
- Define the geometry that will be machined. This can be done by selecting the model faces or edges that the tool will follow.
- Define the toolpath parameters, such as cutting depth, feed rate, and spindle speed.
- Click on “Simulate” to preview the toolpath and make sure everything looks correct.
- If everything looks good, generate the G-code by clicking on “Post Process”.
- Save the G-code to a file that can be used by your CNC machine.
- That’s it for a basic CAM setup. There are many other options and features available in Fusion 360’s CAM workspace, so feel free to explore and experiment to get the most out of your designs.
Fusion 360 Drawing Standards
Fusion 360 Simulation Tutorial
- Open Fusion 360 and create a brand new design create the model you need to simulate in this situation, we’ll create a simple square block.
- Once you’ve created the version click on the simulate button in the toolbar on the pinnacle of the display in the simulate menu click on new observe in the new examine dialog field.
- Pick out static strain as the take a look at the type outline of the fabric homes in your model click on the cloth button and pick the perfect material from the dropdown list.
- Define the restrictions for your version click on the limitations button and select the faces or edges that need to be constant in place outline the hundreds for your version click on the hundreds button and pick out the faces or edges in which hundreds could be applied click on mesh to create a mesh in your version use the default settings until you want to modify them in your specific version click on on run to run the simulation the results could be displayed inside the results tab
Fusion 360 Review
Another power of Fusion 360 is its ease of use. While it is able to have a steeper gaining knowledge of curves than a few different 3-d design software, it offers masses of assets for beginners, including tutorials and a large community of customers that are willing to assist. Furthermore, its personal interface is properly-designed and intuitive, making it smooth to navigate and use the distinct gear and functions.
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