New applications and the reduction of costs will lead to smaller and thinner electronic chips. Polymer electronics can help for a few applications, but more complex solutions will stay on silicon for the next few years. The latest roadmap of the VDI/VDE-IT clearly points to this trend of size reduction. In the future, the diameter of microchips will decrease and the conventional manufacturing methods, as pick and place, will increasingly get into trouble. Problems arose by picking up small chips. Additionally, these chips will stick on the pin transporting the chip. In this paper we present a new assembly method called FluidAssem which avoids these problems
The process of connecting genetic parts—DNA assembly—is a foundational technology for synthetic biol...
Abstract — Future MEMS systems will be composed of larger varieties of devices with very different f...
For many application small quantity of fluid have to be transported, mixed or separated. Microfluidi...
Regarding electronic components the reduction of costs will be a challenging goal in the next years....
In the future the assembly technology of smallest chips will get more and more important. The conven...
Latest roadmaps indicatre that the size of assembled silicon chips will dramatically be reduced. The...
The project FluidAssem focuses on the self-assembly of tiny chips. Hydrophobe or hydrophile structur...
Assembly permits the integration of different materials and manufacturing processes to increase syst...
[[abstract]]Conventional pick-and-place technology platform in handling microscale component assembl...
This publication provides an overview and discusses some challenges of surface tension directed flui...
This publication provides an overview and discusses some challenges of surface tension directed flui...
Part 1: Micro Assembly Processes and SystemsInternational audienceThe following approach of a fluidi...
Self Assembly is a promising alternative to conventional pick and place robotic assembly of micro co...
Due to product miniaturization and the simultaneous rise in the level of integration, the components...
The long lasting trend of miniaturization leads to increasing functionality but also to continuously...
The process of connecting genetic parts—DNA assembly—is a foundational technology for synthetic biol...
Abstract — Future MEMS systems will be composed of larger varieties of devices with very different f...
For many application small quantity of fluid have to be transported, mixed or separated. Microfluidi...
Regarding electronic components the reduction of costs will be a challenging goal in the next years....
In the future the assembly technology of smallest chips will get more and more important. The conven...
Latest roadmaps indicatre that the size of assembled silicon chips will dramatically be reduced. The...
The project FluidAssem focuses on the self-assembly of tiny chips. Hydrophobe or hydrophile structur...
Assembly permits the integration of different materials and manufacturing processes to increase syst...
[[abstract]]Conventional pick-and-place technology platform in handling microscale component assembl...
This publication provides an overview and discusses some challenges of surface tension directed flui...
This publication provides an overview and discusses some challenges of surface tension directed flui...
Part 1: Micro Assembly Processes and SystemsInternational audienceThe following approach of a fluidi...
Self Assembly is a promising alternative to conventional pick and place robotic assembly of micro co...
Due to product miniaturization and the simultaneous rise in the level of integration, the components...
The long lasting trend of miniaturization leads to increasing functionality but also to continuously...
The process of connecting genetic parts—DNA assembly—is a foundational technology for synthetic biol...
Abstract — Future MEMS systems will be composed of larger varieties of devices with very different f...
For many application small quantity of fluid have to be transported, mixed or separated. Microfluidi...