This short review focuses on the application of SU-8 for the microchip-based approach to the
miniaturization of mass spectrometry. Chip-based mass spectrometry will make the …

Drop‐on‐demand inkjet printing of highly viscous fluids represents a highly attractive
emerging technology for advanced material deposition. The jetting of viscous inks, such as …

Stable drop jettability is mandatory for a successful, technical scale inkjet printing, and
accordingly, this aspect has attracted much attention in fundamental and applied research …

A shape-tunable approach is demonstrated for the fabrication of multi-scale polymer
microlenses (μ-lenses) and microlens arrays (MLAs) using an ink-jet printing (IJP) …

Drop on Demand inkjet printing is an attractive method for device fabrication. However, the
reliability of the key printing steps is still challenging. This explains why versatile functional …

The inkjet printing of an aqueous suspension of carboxylic acid-functionalized single walled
carbon nanotubes (SWCNT-COOH) and of a conductive ink combining SWCNT-COOH with …

An alternative low cost replacement for silver and gold conductive inks is of great interest to
the printed electronics industry. Nano particle copper inks and silver coated nano copper …

Drop-on-demand printing is a noncontact direct patterning and rapid manufacturing printing
technology which shows considerable potential in future display manufacturing. Metal …

In this paper, the formulation of a high Ag loading (45wt%) aqueous ink and its subsequent
printing on three different ceramic substrates were reported. Monodispersed Ag …

The advent of cell phone cameras extensively pushed market needs for micro lenses and
supported developments like the Wafer-Level-Camera Technology [1]. Different optical …