San Francisco / Boca Raton / Worcester / Petaluma / Austin / Taipei / New York / Madison / St. Johns / Seoul / Cambridge / Carrolton / /
Company
Freeman Manufacturing / Akron / Industrial Devices Corporation / K&D Magnetics Inc. / Biomimetic / J. G. Cham S. A. / Allegro MicroSystems Inc. / COMPLIANT GRASPER VIA SHAPE DEPOSITION MANUFACTURING / iRobot / /
Country
Taiwan / United States / South Korea / /
Currency
USD / / /
Facility
Stanford University / Reed College / University of Massachusetts / University of Texas / Harvard University / /
IndustryTerm
layered manufacturing / metal links / shape deposition manufacturing / polymer-based shape deposition manufacturing / travel range / metal bearings / nylon-coated stainless steel cable / emergent manufacturing technique / deposition manufacturing / metal prototype / conventional metal prototypes / electronics industry / metal cylinders / travel limit / using polymer-based shape deposition manufacturing / /
Organization
office of Naval Research / Harvard University / MIT / Division of Engineering / Division of Engineering and Applied Sciences / University of Massachusetts / Amherst / ASME / Harvard Univ. / Reed College / Portland / Stanford University / National Aeronautics and Space Administration / ASME and ASEE / University of Texas / /
Person
Chris Johnson / Robert D. Howe / V. Krovi / Francisco Isenberg / S. Agrawal / Mark Cutkosky / Miguel Piedrahita / Aaron M. Dollar / Moto Hatanaka / /
Position
Professor of Engineering / analog and digital Design Engineer / Surveyor / /
154 IEEE/ASME TRANSACTIONS ON MECHATRONICS, VOL. 11, NO. 2, APRIL 2006 A Robust Compliant Grasper via Shape Deposition Manufacturing