3d printing as a diy library service: lessons learned

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3D Printing as a Library DIY Service: 2+ Years Later Kathlin L. Ray University of Nevada, Reno CNI Dec. 9, 2014

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Page 1: 3D Printing as a DIY Library Service: lessons learned

3D Printing as a Library DIY Service: 2+ Years Later

Kathlin L. Ray

University of Nevada, Reno CNI Dec. 9, 2014

Page 2: 3D Printing as a DIY Library Service: lessons learned

• Tier One* land grant university

• ~20,000 students

• 4 libraries• Mathewson-IGT Knowledge Center

• DeLaMare Science & Engineering

• Savitt Medical

• Basque Studies

THE UNIVERSITY OF NEVADA, RENO

*US News & World Report 2014

Page 3: 3D Printing as a DIY Library Service: lessons learned

• What is 3D printing?

• Why is it in the library?

• Who uses it and for what purpose?

• What are the critical success factors?

• Where do we go from here?

Quick recap: at CNI 2 years ago …

Page 4: 3D Printing as a DIY Library Service: lessons learned

Quick Recap: 3D printers and scanner

1) 3DTouch

2) Stratasys uPrint SE Plus

Photos by Nick Crowl: http://www.flickr.com/photos/dstl_unr/

3) NextEngine 3D Scanner

Page 5: 3D Printing as a DIY Library Service: lessons learned

Printing - paper or plastic?

Photo credit: Nick Crowl

Page 6: 3D Printing as a DIY Library Service: lessons learned

Chris Anderson, ex editor of Wired:

"3D Printing Will Be Bigger Than The Web"

Page 7: 3D Printing as a DIY Library Service: lessons learned

Photo credit: Nick Crowl

Two years later…

Page 8: 3D Printing as a DIY Library Service: lessons learned

Stratasys + Zprinter 450

Photo credit: Nick Crowl

Page 9: 3D Printing as a DIY Library Service: lessons learned

Photo credit: Nick Crowl

Page 10: 3D Printing as a DIY Library Service: lessons learned

Photo credits: Nick Crowl

Page 11: 3D Printing as a DIY Library Service: lessons learned

Photo credits: Nick Crowl

Page 12: 3D Printing as a DIY Library Service: lessons learned

Photo credits: Nick Crowl

Page 13: 3D Printing as a DIY Library Service: lessons learned

Who uses our 3D printers?

Everyone.

Page 14: 3D Printing as a DIY Library Service: lessons learned

3D printing Total running time for 2013:

4,564 hours

or

nearly 6 months of printing

time

Page 15: 3D Printing as a DIY Library Service: lessons learned

Anthropology5%

Art11%

Biochemistry11%

Biomedical Engineering8%

Ag, Biotech, Natural Resources

2%Chemistry

3%Business

3%

Economics3%

Electrical Engineering5%

Mechanical Engineering46%

Natural Resources & Environmental Science

3%

3D printer usage:

Slide by Tod Colegrove

Page 16: 3D Printing as a DIY Library Service: lessons learned

Prof. Ben King, Chemistry

“One of the very hard things about teaching

chemistry is explaining that molecules have shape.

This basically removes that obstacle ... so it will

change how we teach chemistry and how we look at

molecules on a daily basis. It's also just plain fun."

Photo by Tod ColegrovePhoto of King by Jason Hildago from Engadget:http://www.engadget.com/2012/10/19/reshaping-universities-through-3d-printing/

Page 17: 3D Printing as a DIY Library Service: lessons learned

Patrick, marketing + psychology (minor)

Photos by Tod Colegrove and Nick Crowl

Page 18: 3D Printing as a DIY Library Service: lessons learned

Heather, math education + tutor

Photo by Nick Crowl

“I think 3D printing is awesome. Now if I can’t find a [math educational] resource, I can just make one.”

Page 19: 3D Printing as a DIY Library Service: lessons learned

No 3D printer does it all.

Page 20: 3D Printing as a DIY Library Service: lessons learned

Questions to ask your users

• Do you want to print metal parts? ABS plastic?

• Multiple colors? Simultaneously?

• Big parts? (How big?)• “Real” parts? (dropped, drilled,

machined?)

• Interconnected moving assemblies?

Page 21: 3D Printing as a DIY Library Service: lessons learned

Any environmental health and safety concerns?

Page 22: 3D Printing as a DIY Library Service: lessons learned

• What is 3D printing?

• Why in the library?

• Who uses it and why?

• What are the critical success

factors?

Page 23: 3D Printing as a DIY Library Service: lessons learned

It’s all about engagement

Photo credit: Nick Crowl

Page 24: 3D Printing as a DIY Library Service: lessons learned

Photo credits: Nick Crowl

3D printing + 3D scanning

Page 25: 3D Printing as a DIY Library Service: lessons learned

Babe, the Iguana

Page 26: 3D Printing as a DIY Library Service: lessons learned

Photo credit: Nick Crowl

Page 27: 3D Printing as a DIY Library Service: lessons learned

Newest service: laser cutter

Photo credit: Nick Crowl

Page 28: 3D Printing as a DIY Library Service: lessons learned

Julian, business studentowner, Wasted Eyewear

Page 29: 3D Printing as a DIY Library Service: lessons learned

Photo credit: Nick Crowl

3D printer + laser cutter + Arduino = hovercraft

Page 30: 3D Printing as a DIY Library Service: lessons learned

It’s all about engagement

Photo credit: Nick Crowl

Page 31: 3D Printing as a DIY Library Service: lessons learned

And extraordinary librarians and staff.

It requires a culture shift.

Page 32: 3D Printing as a DIY Library Service: lessons learned

Tod ColegroveHead, DeLaMare Library

Tara Radniecki Engineering Librarian

Photo credit, Nick Crowl

Page 33: 3D Printing as a DIY Library Service: lessons learned

Photo credit, Nick Crowl

Chrissy Klenke Map and Geoscience Librarian

Nick Crowl IT Tech & DataWorks manager

Erich PurpurGIS Librarian

Photo credit, Nick Crowl

Page 34: 3D Printing as a DIY Library Service: lessons learned

it’s okay to fail. expect to.

Photo credit, Nick Crowl

Page 35: 3D Printing as a DIY Library Service: lessons learned

Kathlin L. Ray | Mathewson-IGT Knowledge Center | University of Nevada, Reno

[email protected]

Questions?