Paper-based microfluidic devices hold great potential in today's microfluidic applications.
They offer low costs, simple and quick fabrication processes, ease of uses, etc. In this work …

We demonstrate a new hybrid-soft-lithography micromolding process that results in a
mechanically-compliant, magnetically actuated membrane. The new microactuator consists …

Microfluidic droplet reactors have many potential uses, from analytical to synthesis. Stable
operation requires preferential wetting of the channel surface by the continuous phase …

Polymethyl methacrylate (PMMA) is widely used as an electron beam resist but is not used
as a photoresist because of its insensitivity to electromagnetic radiation with wavelengths …

We present a novel fabrication method for the production of biomimetic dry adhesives that
allows enormous variation in fiber shapes and sizes. The technology is based on deep-UV …

We present a low-cost bonding method for polymethylmethacrylate (PMMA) microfluidics
that combines elements of solvent bonding, thermal bonding and microwave bonding …

We fabricated several microstructures, such as buried gratings, surface gratings, surface
microcraters, and microchannels, in bulk poly (methylmethacrylate)(PMMA) and poly …

In this paper, a novel low-cost, rapid substrate-bonding technique is successfully applied to
polymethyl methacrylate (PMMA) microfluidics bonding for the first time. This technique uses …

Tissue‐culture‐ware polystyrene is the gold standard for in vitro cell culture. While
microengineering techniques can create advanced cell microenvironments in polystyrene …

This chapter enumerates the methods, protocol, and safety procedures of various fabrication
techniques for polymer-based microfluidic devices. The polymer materials can be a solid or …