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Metal forming / Sheet metal / Laser / Tweezers / Robotics / Robot / Technology / Photonics / Fabrication


Proc. ASME IMECE/DSCD November 5-10, 2000 Orlando, Florida PROTOTYPING MILLIROBOTS USING DEXTROUS MICROASSEMBLY AND FOLDING
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Document Date: 2000-06-26 20:51:23


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File Size: 1,41 MB

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City

Orlando / San Francisco / Santa Clara / Boston / Yokohama / Albuquerque / Pittsburgh / Detroit / Glasgow / San Diego / /

Company

Loctite / IEEE Control Systems / Oxford University Press / NEC / /

Country

Japan / United States / /

Facility

Computer Science University of California Berkeley / /

IndustryTerm

sheet metal / laser-cut stainless steel / thin sheet metal / metal folding / µm thick sheet metal / extra devices / µm thick stainless steel / energy / metal / sheet metal height / laser-cut stainless steel piece / stainless steel / micro-assembled electronics / sheet metal surface / steel part / µm thick metal / micromechanical systems / /

Organization

University of California / Single-Step Assembly of Complex 3D Microstructures / Parallel Assembly / E. Shimada / J.A. Thompson / J. Yan / R. Wood and R.S. Fearing† Department of Electrical Engineering / Electrical Engineering and Computer Science University / Oxford University / /

Person

D.L. Pick / K.H. Chiang / R.S. Fearing / Wolfgang Zesch / J. Yan / Chris Keller / H. Hashimoto / M. Sitti / M. Erdmann / M. T. Mason / G. Vanecek Jr. / M. Dickinson / /

/

Position

microstepping controller / †Corresponding author / stage controller / /

Product

Miura / /

ProvinceOrState

Michigan / New Mexico / Pennsylvania / California / Massachusetts / /

PublishedMedium

Journal of Micromechanics and Microengineering / /

Technology

semiconductor / scoring algorithm / laser / MEMS / Microassembly Technologies / CAD / /

URL

http /

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