In the last few decades, industrial sectors such as smart manufacturing and aerospace have
rapidly developed, contributing to the increase in production of more complex electronic …

Capillary-driven self-alignment using droplets is currently extensively investigated for self-
assembly and microassembly technology. In this technique, surface tension forces …

Microfibers are key components in construction of fiber-based materials, biomimetic
materials, microsensors, and other fiber-based microstructures. Due to the scaling law, the …

The assembly and arrangement of microfibers have wide applications in biomedicine,
material science, and microsystem. However, current micromanipulation methods for …

This paper presents a novel approach to designing, a low-cost gripper that is highly
repeatable and functionally integrated. The gripper is optimized to compensate for gripping …

This paper gives an overview of the field of clamping and gripping principles from the
viewpoint of sample fixturing for dimensional metrology for microobjects. The requirements …

Flexible and reliable gripping is a fundamental task in various micromanipulation and
microassembly fields. Shape-controllable menisci based on pressure adjustment were …

When a force probe with a small liquid drop adhered to its tip makes contact with a substrate
of interest, the normal force right after contact is called the snap-in force. This snap-in force is …

Les microsystèmes sont actuellement omniprésents dans divers domaines tels que
l'industrie, la recherche, la médecine et l'aérospatiale, suscitant un intérêt croissant. Ces …

Micro/Nano-Manipulation Page 1 HAL Id: hal-03433994 https://hal.science/hal-03433994
Submitted on 26 Jan 2022 HAL is a multi-disciplinary open access archive for the deposit and …