… , the surface engineering and manufacturing technology enabling capillary self-alignment
has … , material science and applications of capillary self-alignment is presented. Statics and …

… This paper investigated surface tension driven selfalignment on low-precision receptors
using water as alignment medium. Three types of low-precision receptors were studied: …

… and allows massively parallel handling and self-alignment of microcomponents [5], [19], [20]…
process in surface-tension-driven self-alignment [7]. In surface-tensiondriven self-alignment, …

… surfaces, (ii) self-alignment arising from a combination of capillarity and geometrical
shape-matching, and (iii) the favorable downscaling of surface … SA and self-alignment in precision …

… unit per hour, and the surface tension driven self-alignment occurred subsequently after the
… than the self-alignment duration, the surface-tension driven self-alignment continued acting …

… We focus on the optimization of the driving force for both the accurate selfalignment and the
… optimal designs for self-alignment in surface tension driven micro-assembly,” in Proc. IEEE …

… is being considered, the viscosity of the lubricant does not only retard the movement
horizontally to the surface during the self-alignment procedure, but also perpendicularly to the …

… part designs and study their behavior during a surface tension driven self-assembly process.
Matching … to understand and optimize surface tension driven self-assembling microsystems. …

… Surface-tension-driven self-alignment (SA) is a promising technique for heterogeneous
die-level stacking. Multiple dies can be manipulated in parallel at minimal cost. A defined …

… and parts are governed by electrostatic forces, van der Waals force or surface tension. Surface
tension-driven stochastic self-assembly in the liquid phase has been proven to achieve a …