H. Yang and S. , Innovative Assembly Processes Hybrid Assembly for Ultra-Precise Manufacturing, p.89

J. Song, H. Lee, S. Lan, N. Lee, G. Lee et al., Utilisation of FIB/SEM Technology in the Assembly of an Innovative Micro, Metrology and Control for Micro-assembly Miniaturized Camera Systems for Microfactories, p.115

T. Prusi, P. Rokka, R. Vision, F. Sensing-to-decrease-assembly-uncertainty, .. et al., Annika Raatz, and Jürgen Hesselbach Modelling the Interaction Forces between an Ideal Measurement Surface and the Stylus Tip of a Novel Vibrating Micro-scale CMM Probe Part III: Gripping and Feeding Solutions for Micro-assembly Chapter, High Precision Positioning and Alignment Techniques Alignment Procedures for Micro-optics, p.143

M. Mohaupt, E. Beckert, R. Eberhardt, and .. , and Andreas Tünnermann Table of Contents XI Pneumatic Driven Positioning and Alignment System for the Assembly of Hybrid Microsystems, 151 Christian Brecher

.. Automated-laser-assembly, 159 Christian Brecher, Nicolas Pyschny, and Jan Behrens Approach for the 3D-Alignment in Micro-and Nano-scale Assembly Processes 167 Thomas Wich, Christian Stolle, Manuel Mikczinski, and Sergej Fatikow Guidelines for Implementing Augmented Reality Procedures in Assisting Assembly Operations, 174 Viviana Chimienti Dini, and Franco Failli Monodirectional Positioning Using Dielectric Elastomers . . . . . . . . . . . . . . 180 C. Pagano, M. Malosio, and I. Fassi Chapter 7. Gripping and Handling Solutions

M. Porta and M. , Voltage Thermo-mechanically Driven Monolithic Microgripper with Piezoresistive Feedback, p.207

V. Stavrov, E. Tomerov, C. Hardalov, D. Danchev, K. Kostadinov et al., Anna Andonova, and Mohammed Al-Wahab Improvement of Robotic Micromanipulations Using Chemical Functionalisations, p.215

R. Hedderich, T. Heiler, and R. Gröger, Thomas Schimmel and Stefan Walheim Challenges of Precision Assembly with a Miniaturized Robot, p.227

A. Burisch, A. Raatz, and J. , Hesselbach XII Table of Contents Part IV: Development of Micro-assembly Production Systems Chapter 8 Modular Reconfigurable Assembly Systems Application of a Reconfiguration Methodology for Multiple Assembly System Reconfigurations

E. Puik, L. Van-moergestel, and .. , Development of a Reconfigurable Fixture for the Automated Assembly and Disassembly of High Pressure Rotors for Rolls-Royce Aero Engines, p.283

T. Papastathis, M. Ryll, and .. , Micro-Factory Architectures and Interfaces for a Micro Factory Concept, Bone, and Svetan Ratchev Chapter, p.293

H. Lee, J. Song, K. Oh, . Kim, and .. Nak-kyu-lee, Geun-An Lee, Hyoung-Wook Lee, and Andy Chu Miniaturization of Flexible Screwing Cell, p.309

A. Vuola, R. Heikkilä, T. Prusi, M. Remes, P. Rokka et al., Niko Siltala, and Reijo Tuokko Table of Contents XIII Chapter 10 Micro-assembly Technology Studies A Cooperation Model and Demand-Oriented ICT Infrastructure for SME Development and Production Networks in the Field of Microsystem Technology, 319 Markus Dickerhof A Methodology for Evaluating the Technological Maturity of Micro and Nano Fabrication Processes, p.329

E. Brousseau, R. Barton, and .. , Stefan Dimov, and Samuel Bigot Function and Length Scale Integration Study in Emerging MST-Based Products, 337 Samuel Bigot