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3D Printing: Short-Run Production

3D Printing: Short-Run Production

1h 17mIntermediate2020-11-17

Authors

Rich Cameron

Rich Cameron

Cofounder of Nonscriptum LLC

Joan Horvath

Joan Horvath

Cofounder of Nonscriptum LLC

Course details

As an alternative to traditional manufacturing techniques such as injection molding, additive manufacturing becomes an attractive option at quantities as high as thousands of units. It can also function as a backup for making bridge parts before the regular ones are available in a manufacturing plant. This course discusses some of the key advantages of 3D printing, including part number reduction and thus reduced assembly time; increased reliability; backup capability in case of a part shortage; and possibly lower tooling costs. Instructors Rich Cameron and Joan Horvath also review some of the real-world manufacturing use cases where additive is cost effective and suggest which materials (filament, resin, or powder) might make the most sense for your company and product.

Skills covered

3D PrintingProduct and ManufacturingDeep Dive (X:Y)

Concepts

0. Introduction

  • 01 - Using 3D printers for short-run production

1. Analyzing Your Current Workflow

  • 02 - Analyzing your current products
  • 03 - Considering your current workflow
  • 04 - When products become digital

2. Risk Reduction - Trying Out Additive Manufacturing

  • 05 - Testing out additive candidates for a trial application
  • 06 - Printing with filament
  • 07 - Printing with resin
  • 08 - Printing with powder

3. Benefits and Case Studies

  • 09 - Reducing part count and lightweighting
  • 10 - Eliminating or reducing tooling
  • 11 - Bridge and surge manufacturing
  • 12 - Molds and casting

4. Costs

  • 13 - Learning curves
  • 14 - Big or small printers
  • 15 - Capital outlay and maintenance - Filament printers
  • 16 - Capital outlay and maintenance - Resin printers
  • 17 - Capital outlay and maintenance - Powder printers

5. Medical and Dental

  • 18 - Medical and dental additive manufacturing issues
  • 19 - Dental applications
  • 20 - Medical additive manufacturing applications
  • 21 - Case study - Manufacturing personal protective equipment

6. Distributed Manufacturing

  • 22 - Getting started with distributed manufacturing
  • 23 - Field-deployable manufacturing
  • 24 - Distributed manufacturing challenges

Conclusion

  • 25 - Next steps

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