Online Maker Training through LinkedIn Learning

Online Maker Training through LinkedIn Learning

Course: Design for Additive Manufacturing: FDM

INSTRUCTOR: Kacie Hultgren

1h 47m Beginner + Intermediate Released: 1/18/2018

Fused deposition modeling (FDM), also known as fused filament fabrication (FFF), is a common type of 3D printing. Whether you are using FDM for prototyping or producing end-use parts, a design for manufacturing process will ensure your parts are easy to manufacture on FDM printers. Join Kacie Hultgren for a comprehensive overview of FDM design principles. Optimize your parts by understanding key concepts like orientation, tolerance, and support material. Learn how to use programs such as Cura and MakerBot Print to visualize your design before 3D printing, and achieve accuracy, fit, and strength. In chapter eight, Kacie uses Fusion 360 to take you step by step through a sample project—a hinged box—that puts these design strategies into action.

Learning objectives

• What is FDM?
• Thermoplastics and FDM
• CAD and CAM
• Creating supportless designs
• Optimizing for orientation
• Achieving accuracy and fit
• Visualizing your design with Cura and MakerBot Print
• Designing assemblies
• Working with Fusion 360
• 3D printing your design

Course Outline

Introduction

1. FDM Basics

• Design for manufacturing (2m 11s)

• What is FDM? (2m 32s)

• Thermoplastics (4m 36s)

2. CAD and CAM

• CAD vs. CAM (2m 27s)

• CAM basics in Cura (7m 5s)

• CAM basics in MakerBot Print (5m 52s)

• Using third-party GCode Viewer (1m 50s)

3. Bases and Supports

• Exploring build plate surfaces (2m 12s)

• Exploring build plate adhesion (2m 53s)

• Understanding overhangs and support (2m 50s)

• Creating supportless designs (1m 40s)

4. Features and Options

• The body of a 3D print (3m 4s)

• Optimizing line width (3m 33s)

• Understanding layer height and resolution (2m 52s)

• Creating small details (1m 28s)

• Achieving accuracy and fit (2m 10s)

• Planning for strength and flexibility (1m 20s)

• Exploring color options (1m 50s)

5. Optimizing with Cura

• Support material and build plate adhesion (4m)

• Shells, infill, top, and bottom layers (2m 49s)

• Small details (57s)

6. Optimizing with MakerBot

• Support material and rafts (1m 43s)

• Line width and wall thickness (59s)

• Shells, infill, roofs, and floors (2m 44s)

7. Assemblies

• Designing assemblies (3m 46s)

• Print in place strategies (1m 51s)

8. Design a Hinged Box

• Setting up your project (1m 3s)

• Sketching the box (2m 59s)

• Navigation basics (58s)

• Modeling the box (3m 41s)

• Sketching the hinge (3m 39s)

• Modeling the hinge (3m 16s)

• Separating the knuckles (7m 42s)

• Creating components and assembling a joint (2m 15s)

• 3D printing with Cura (2m 56s)

• 3D printing with MakerBot Print (3m 33s)

Conclusion

• Next steps (41s)

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