We proposed a novel method for fabricating polymer compound microlenses (PCMLs) using micro-inkjet technique and subsequent curing process.
Epson has recently developed the long-awaited solution in the form of an OLED display fabrication process that leverages the company's proprietary Micro Piezo inkjet technology to achieve markedly greater accuracy in organic material deposition than the conventional technology.
This paper presents the design and implementation of a foil gas preconcentrator (FGP) based on a gold micro-hotplate inkjet printed on a polyimide (PI) substrate.
Polymer micro-patterning by inkjet printing could be an effective technique to control cell adhesion geometry, leading to arbitrary cell patterning on surfaces.
The work in this paper utilized a printable novel nano-dispersion to enable a protocol for preparing patterned electroactive platforms with control over dimension in the micro-domain by inkjet printing.
Herein, we formulate carbon-based hybrid ink composed of GO (98.0 vol.%) ink and commercial pen ink (2.0 vol.%), and demonstrate the fabrication of flexible and all-solid-state MSCs based on binder-free hybrid planar interdigital micro-electrodes via inkjet printing.
Immobilization of receptor molecules is performed using techniques like incubation of cantilever arrays in micro-capillaries, micro-contact printing, and inkjet delivery.
PZT can be used in many actuator applications such as micro mirror, RF MEMS, inkjet or loudspeaker due to its strong piezoelectric properties.
The business unit design and manufacturing of TNO Science and Industry performs research on RM technologies, such as multi material inkjet printing, micro SLA, and Selective Laser Sintering (SLS) in order to elevate these processes to a level where they can be used as true RM.
A conceptual design using computational fluid dynamics (CFD) and micro-electro-mechanical systems (MEMS) fabrication has been performed to develop an industrial inkjet head for micro-patterning on printed circuit boards.
Micro-structured PPy lines are inkjet printed on polyarylate film then followed by jetting collagen over them to combine the spatial control and electrical stimulation of the cells at a micro scale area.
