Center For Integrating Research and Learning
Magnet Academy

ArrowBringing Ideas to Life

By Kristen Eliza Coyne


Machinists in the MagLab's machine shop collaborate closely with scientists to create hundreds of prototypes a year, translating an idea in a researcher's mind into a one-of-a-kind tool enabling unique experiments. Here's a look at one particular component designed and built in 2008.

Part needed: Continuous rotator for magnet probe
Scientist: Ju-Hyun Park
Experiment: The behavior of CeCoIn5 (a superconducting material made up of cerium, cobalt and indium) at extremely low temperatures
Material used: Beryllium copper
Machines used: Milling machine and six-axis wire electrical discharge machine (EDM)
Machinists: Danny McIntosh (milling machine) and Vaughan Williams (EDM)
Project hours: 30


Photo Gallery



Virtual model of rotator
Virtual model.





Rotator with plans.
Computer-aided design plans for the rotator.
(Click on photo to see PDF of these plans.)





Park's rotator in a magnet probe.
Nearly completed rotator on the milling machine.





Meauring the rotator.
Machinist Danny McIntosh measures the rotator for accuracy.





Rotator in magnet probe.
Completed rotator mounted in the magnet probe.



ArrowBack to main story


© 1995–2013 National High Magnetic Field Laboratory • 1800 E. Paul Dirac Drive, Tallahassee, FL 32310–3706 • Phone: (850) 644–0311 • Email: Webmaster

NSF and State of Florida logos NSF logo State of Florida logo


Site Map   |   Comments & Questions   |   Privacy Policy   |   Copyright   |   This site uses Google Analytics (Google Privacy Policy)
Funded by the National Science Foundation and the State of Florida