In modern fields of science, the urge for analysing the characterization of fluid flow as well as
fabricating micro level devices to facilitate fluid flow is increasing noticeably. The technology …

Micromilling is a proven method for prototyping microfluidic devices; however, high
overhead costs, large machine footprints, an esoteric software stack, and nonstandard …

The application of microfluidic devices as next-generation cell and tissue culture systems
has increased impressively in the last decades. With that, a plethora of materials as well as …

Microneedles are gaining a lot of attention in the context of sampling cutaneous biofluids
such as capillary blood. Their minimal invasiveness and user-friendliness make them a …

Micromilling has great potential in producing microdevices for lab-on-a-chip and organ-on-a-
chip applications, but has remained under-utilized due to the high machinery costs and …

Two types of urea biosensors were integrated with a wireless measurement system and
microfluidic measurement system. The two biosensors used were (i) a magnetic beads …

Here we present a new methodology for chemical polishing of microchannels in
polycarbonate (PC). Tuning the time of exposition and the concentration of ammonia, the …

In the present paper, the process parameters of revolving tip-based machining were
optimized for the fabrication of microchannel structures. It was found that in comparison with …

Roughness of channel surfaces, both deterministic and random, is known to affect the fluid
flow behavior in micro/nanoscale fluidic devices. This has relevance particularly for …

Micromilling is a flexible, inexpensive and rapid prototyping technique for polymer
microfluidic devices. However, the applications of microfluidic devices fabricated by …