Fusion 360 – Design for Injection Molding
This course will cover how to design two very different parts and how to analyze the multiple methods you have available to create your own design. Learn how to create your own amazing products using Fusion 360. Software required: Fusion 360.
What you'll learn
Part of the challenge of injection molding is less about the function of the part and more about the geometry requirements to make a part mold-able. In this course, Fusion 360 – Design for Injection Molding, you'll learn the basics of Injection Molded design, and the tools in Fusion 360 needed to achieve them. First, you'll learn about basic feature creation in Fusion 360. Next, you'll learn how to design for drafting. Finally, you'll learn how to tackle complex molding design issues and how to analyze drafted parts. By the end of this course, you'll be more knowledgeable about designing your own injection molded parts. Software required: Fusion 360.
Table of contents
- Our PC Fan Housing Creation 6m
- Creating the Base Sketch 7m
- Continuing the Base Sketch 5m
- Finishing the Base Sketch 5m
- Creating Solid Geometry and Adding Draft for Our PC Fan Housing 7m
- Modifying the Solid Geometry 7m
- Creating the First Corner Cutout 7m
- Finishing the Corner Cutout and Patterning It Around Our Part 6m
- Adding Support Ribs in One Corner 7m
- Patterning the Support Ribs Around Our Part 5m
- Mirroring the Existing Part and Adding the Fan Support 5m
- Extruding and Finishing the Fan Support 6m
- Creating the Geometry for the Blade 5m
- Starting the Sketch for Lofted Geometry 4m
- Finishing the Sketch for Lofted Geometry 5m
- Removing Material from the Lofted Geometry 5m
- Another Option for Removing Material from the Lofted Geometry 3m
- Dealing with Occluded Areas That Require Draft, Part 1 6m
- Dealing with Occluded Areas That Require Draft, Part 2 5m
- Patterning Newly-created Drafted Faces, and Draft Analysis 6m