This paper introduces an alternative technique for the development of
microfluidic systems for biotechnology based on mechanical machining and
ultrasonic welding. Advantages of this approach over existing prototyping
approaches involving the rapid development of tooling include: (a) short cycle
time, (b) design flexibility, and (c) low cost manufacturing. In addition,...
The research is about developing a computerized design system for
microtechnology-based energy, and chemical systems (MECS). MECS devices are
a part of microfabrication, which primarily focuses on taking advantage of the
extremely high rates of heat and mass transfer available in microstructures. It
typically consists of intricate arrays of components...