San Francisco / Barcelona / Montreal / Raleigh / Austin / Taipei / Pisa / Rome / Ivrea / Seoul / Cambridge / Bay City / Basel / Lincoln / Ryu / Anchorage / Corteville / /
Company
Jentoft L.P. / Vishay Semiconductor / Measurements Group Inc. / Biomimetic / Smooth-On Inc. / Shape Deposition Manufacturing / Bailey S.A. / L. Shape Deposition Manufacturing / Creative Commons / /
Country
Taiwan / Switzerland / Italy / United States / Canada / Korea / Spain / /
Currency
USD / / /
Facility
Harvard University / /
IndustryTerm
embedded fused-deposition manufacturing method / polymeric devices / fused-deposition manufacturing process / urethane rubber / additive manufacturing / metal element / robotic systems / mechatronic systems / plastics / metal-based sensors / deposition manufacturing / metal-based force-sensing jaw / printing process / industrial manufacturing processes / surgery applications / metal-based design / manufacturing / printing operation / surgical applications / commercially-viable systems / mechatronic devices / /
Organization
Yale School of Engineering and Applied Science / Harvard University / US National Science Foundation / US Office / Harvard School of Engineering and Applied Sciences / Department of Mechanical Engineering and Materials Science / United States Army / /
Person
Robert D. Howe / Max Error / Christopher R. Wagner / Cham / Christopher Wagner / Leif P. Jentoft / Lael Odhner / Aaron M. Dollar / Alejandro Carrillo / / /
Intrinsic Embedded Sensors for Polymeric Mechatronics: Flexure and Force Sensing