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SOLIDWORKS: Design for Mechatronics

SOLIDWORKS: Design for Mechatronics

1h 39mIntermediate2019-01-25

Authors

Justin Flett

Justin Flett

Consultant, Engineer, Professor, Product Development Specialist

Course details

SOLIDWORKS is the leading software for mechanical design and engineering. However, it also offers a powerful toolset for generating mechatronic designs, or designs that combine mechanical and electrical components. In this course, Justin Flett teaches the basics of mechatronic design in SOLIDWORKS, walking through a complete, simplified project for a robotic arm. As the project progresses, he examines advanced tools for plastics and casing design, including drafts, shells, ribs, and mounting bosses, which are common elements in mechatronic enclosures and housing. Then Justin shows how to complete assemblies, including integrating imported motors and printed circuit board (PCB) components. Plus, learn how to route cables and wires in your project and generate final output, such as drawing, STEP, and PDF files.

Learning objectives
Designing base components
Extruding with the Draft command
Using the Draft Analysis tools
Adding a shell and ribs
Creating an assembly
Routing wire
Creating drawings and a bill of materials
Exporting final output

Skills covered

SOLIDWORKSDassaultManufacturingProduct and Industrial DesignProduct and ManufacturingDeep Dive (X:Y)

Concepts

0. Introduction

  • 01 - Mechatronics design in SOLIDWORKS
  • 02 - What you should know

1. Getting Started

  • 03 - Designing the base component
  • 04 - Extrusion and the Hole Wizard
  • 05 - Extrude with Draft
  • 06 - Coping features
  • 07 - Mirroring features
  • 08 - Mid Plane and mirroring
  • 09 - Using Circular Pattern

2. Tools for Plastics and Casting Design

  • 10 - Draft Analysis
  • 11 - Using Shell
  • 12 - Using Rib
  • 13 - Mounting bosses

3. Mechatronics Assembly

  • 14 - Staring the assembly
  • 15 - Importing and inserting motors
  • 16 - Fastening hardware using the toolbox
  • 17 - Wire routing

4. Final Outputs

  • 18 - Creating an explode view
  • 19 - Creating a drawing file
  • 20 - Creating bill of materials
  • 21 - PDF and STEP file exports

Conclusion

  • 22 - Next steps

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