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|Image:Tube Jig Image.PNG | Customizable Tube Welding Jig, [https://www.thingiverse.com/thing:3203234] Print Cost: $2.50 Retail Cost ~$250
|Image:Tube Jig Image.PNG | Customizable Tube Welding Jig, [https://www.thingiverse.com/thing:3203234] Print Cost: $2.50 Retail Cost ~$250
|Image:Grinder.jpg | Plastic Grinder, [https://3dprint.nih.gov/discover/3dpx-010031] Print Cost: $3 Retail Cost ~$500-600
|Image:Grinder.jpg | Plastic Grinder, [https://3dprint.nih.gov/discover/3dpx-010031] Print Cost: $3 Retail Cost ~$500-600
|Image:Acetylene gas extraction apparatus.jpeg | Acetylene gas extraction unit. Print cost: $2.5. Retail cost: unknown
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Revision as of 15:06, 8 November 2018

Assignment

  1. Identify scientific/engineering lab need on campus for a 3D printable substitute for existing or planned purchase
  2. Meet with users to determine exact needs/acquire additional funds/components for multipart equipment
  3. Design 3D printable components with OS CAD packages
  4. Open NIH 3DP account and post STL, include all source files from OS CAD package, directions, explanation of what it is and a price estimate for a commercial equivalent (can use Appropedia page for directions and main host if easier)
  5. Print component and bring to class
  6. Add picture, link to NIH in gallery, "savings per replica" and a hyperlink to cost source on Appropedia below.

List of projects and people

Gallery

Add your image and hyperlink to the gallery below using the example format.

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Examples from Finland's Aalto University

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