Generation of micron-scale structures on a substrate is an emerging area in the
manufacturing sector owing to its application in different fields such as micro-lenses, micro …

Microfluidics has emerged as a distinct new field with a prospective to impact large areas
like chemical synthesis and biological analysis to optics and information technology …

Hot embossing is an efficient technology for the fabrication of glass micro-and
nanostructures. However, the long cycle time, high energy consumption, and high nitrogen …

This chapter discusses the methods to fabricate the microchannels for biomedical and
microfluidic devices. Conventional and unconventional methods have been used to …

Food quality and safety are important to protect consumers from foodborne illnesses.
Currently, laboratory scale analysis, which takes several days to complete, is the main way …

Hot embossing (HE) is a micro-manufacturing technique used to develop micro and nano-
scaled patterns over a polymer workpiece. The traditional-HE process is only partially …

Ultrasonic Hot Embossing of polymers is one of the most attractive manufacturing methods
of high-quality and complex microparts needed for biological and chemical processes. A …

Ultrasonic embossing—a process where a horn vibrating at 20–30 kHz compresses on a
thermoplastic substrate sitting on a mold to replicate the features on the mold to the …

The paper describes a novel technological approach to influencing the rheological
properties of thermoplastic materials exposed to acoustic energy. The flow behavior of …

With the increasing demand for enhanced thermal performance and energy efficiency,
microchannel heat sinks (MCHSs) have garnered significant attention as an effective …