Successes

Lexus Heartbeat Car

Using electronics prototyped in think[box], this Lexus car uses Lumilor electroluminescent paint to turn the heartbeat of the driver into a light show.

Vertical Axis Wind Turbine

You can see this vertical axis wind turbine in action at the Case Western Reserve University Squire Valleevue Farm where it powers lighting and data acquisition systems that allow oyster mushrooms to be grown year-round. Cost, location, and performance were carefully considered in the design process to reduce dependence on grid-fed, non-renewable energy during operation. The Bingham Shop and staff aided in the machining and fabrication of the finished product.
Contact:
Kelly Hacker , kah134@case.edu
Matthew Patten , mtp31@case.edu

Eye Clinic Camera Phone Alignment Tool

This smartphone case is used in an eye clinic to help teach students and document eye conditions without the use of expensive photography equipment. Dr. Rony Sayegh and Dr. Charline Boente of the University Hospitals Department of Opthalmology worked with Ethan Tu of Case Western Reserve University on this case which connects a smartphone to the slit-lamp - a magnifier used in eye clinics to examine the eye - allowing medical students and staff to acquire high-definition photos of the eye using any phone. The smartphone was scanned using a high-precision 3D scanner, then a case for the smartphone was modeled in AutoCAD and 3D printed.
Contact:

Model Citizens

These sculptures were designed and built by an architect using 3D printed parts intermingled with wood pieces cut on the CNC table router. 
Contact:
Andrew Reach

Custom-Built CNC Table Router

This 3-axis CNC table router was designed and built from scratch by students from the University of Akron. Fabrication occurred at think[box] where parts were cut using the ShopBot.
Contact:
Tyler Schimmoeller, tds72@zips.uakron.edu

Compliant Modular Mesh Worm Robot

This project by the Biologically Inspired Robotics Laboratory at Case Western Reserve University seeks to develop a novel means of robotic locomotion useful in niche applications such as pipe inspection. Credit goes to Andrew D. Horchler, Akhil Kandhari, Kathryn A. Daltorio, Kenneth C. Moses, Kayla B. Andersen, Hillary Bunnelle, Joseph Kershaw, William H. Tavel, Richard J. Bachmann, Hillel J. Chiel, and Roger D. Quinn.

2015 Mini-Baja Car

This vehicle competed in the Society of Automotive Engineer's annual mini-baja competition where CWRU students designed and built the car from scratch. Students 3D printed mold-making patterns, cut out welding fixtures in the laser cutters, and fabricated composite floor panels for the finished car using the CNC table router.
Contact:
Alex Letwin , jegs@case.edu
CJ Valle , stark@case.edu

Reading Wetu

  “Reading Wetu” is a project created with the first grade class of Ms. Erin Shakour at Orchard STEM School, located on Cleveland’s west side. The Wetu occupies an 8 x 8 x 8 foot area in the corner of her classroom, and houses her library of children’s books. The structure is built entirely from 3/4"  thick plywood and yarn, and was fabricated with the CNC router at think[box]. This project was a collaboration with Progressive Arts Alliance, a local arts organization whose focus is to provide STEAM (Science, Technology, Engineering, Arts, and Math) programming to the Cleveland Public School District.
Contact:
Marcus Brathwaite, mbb68@case.edu

Frostbites Cafe

Frostbites Cafe pop-up restaurant was an experiment in modular dwelling construction for difficult terrain. Hollow plywood arches were fabricated using the CNC table router, and a novel scheme was employed to attach a canvas covering. Thanks to a permit through the Cleveland Metroparks, this structure was installed 1/4 mile north of Edgewater Beach Park, on Lake Erie ice measuring 24 inches thick. A team of 52 volunteers worked to build the structure and put on an event, which included free food and drink from the purveyors of The Root Cafe and Now That's Class. Over 400 visitors enjoyed Frostbites Cafe during the one-day installation on March 8 of 2015.
Contact:
Marcus Brathwaite, mbb68@case.edu

Apollo Medical Devices

Apollo Medical Devices produces rapid, low-cost, accurate blood analysis systems that require only a single drop of blood. Weighing less than a pound, their device is highly portable and enables use in the developing world, disaster relief, and other areas where blood testing and analysis was previously infeasible.
Contact:
Punkaj Ahuja, pna3@case.edu

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