Microfluidic technology offers a plethora of completely unique and novel pathways for the
preparation of various nanostructured materials. It enables rapid synthesis of nanoparticles …

During the demolding stage of micro-injection molding (μIM), reducing the interfacial
interactions (mainly adhesion and friction forces) between the contact interfaces is the key to …

In the replication of polymeric micro/nano structures, adhesion and friction between mould
tool and polymer cause significant feature failure. For the first time, this work developed a …

The mass production of polymeric microdevices using microinjection molding or
nanoimprinting necessitates high-performance micro/nano Ni-Co molds. However, the …

Abstract The recent US FDA Modernization Act 2.0 has intensified interest in microfluidic-
based in vitro systems for preclinical research. However, the high costs of conventional …

Injection moulding of micropillar arrays offers a fast and inexpensive method for
manufacturing sensors, optics, lab-on-a-chip devices, and medical devices. Material choice …

Rapid detection of pathogens and analytes at the point of care offers an opportunity for
prompt patient management and public health control. This paper reports an open …

In micro injection molding, the cavity thickness and surface roughness are the main effects
factors of polymer flow in the die designing and affect the quality of molded products …

The moulding process is a low-cost method for the mass production of microfluidic chips,
rather than fabricating the chips one by one. The precision manufacturing of the mould is the …

Laser polishing is the process of removing surface irregularities from a material by melting or
removing the material surface using the strong heat generated by the interaction between …