Abstract In the 1990s, Professor Stephen Chou from Princeton University introduced the
concept of nanoimprint lithography, a novel method for manufacturing nanostructures using …

Hot embossing forming technology is a key technology for fabricating micro-nanostructures
on optical glass, providing a process for efficient, large-scale, and economical production of …

Plano-convex glass microlens arrays (MLAs) have broad applications in imaging, sensing,
illumination, and communication systems. This paper proposed a three-step method to …

Surfaces with high aspect ratio microarray structures can implement sophisticated
assignment in typical fields including microfluidics, sensor, biomedicine, et al. via regulating …

Hot embossing is a manufacturing technique used to create microchannels on polymer
substrates. In recent years, microchannel fabrication technology based on hot embossing …

In micro fabrication, process energy consumption is derived from material deformation, but it
is actually quantified by the power consumption of device, thus leading to the difficulty of …

Hot embossing has become a mature technology for manufacturing glass functional
microstructures, which can be used in optical and biomedicine industries. However, the …

This study proposed a multi-objective optimization strategy to produce high-quality glass
micro gratings. The applied methods include factor screening, surface response …

Contactless hot embossing has been demonstrated to possess the potential for cost‐
effective production and precise mounting concepts in fabricating glass microlenses and …

Unlike polymers, glass is prone to fracturing under localized stress during roll embossing.
Molds traditionally used for glass embossing are rigid and unsuitable for roll embossing. In …