Optical technologies have proven their versatility to manufacture microfluidic devices. Laser-
based techniques have recently appeared, capable of overcoming the complexity and waste …

As a sequential production method, laser technology is considered not to be a competitor to
established plastic processing methods, but instead is used whenever small numbers or just …

This paper reviews applications of laser-based techniques to the fabrication of microfluidic
devices for biochips and addresses some of the challenges associated with the manufacture …

Among the various micro and nanofabrication technologies, ultrafast laser processing is a
promising tool for the fabrication of micro/nanofluidics due to its flexibility, versatility, high …

3D printing has revolutionized the field of microfluidics manufacturing by simplifying the
typical processes offering a considerable accuracy and user-friendly procedures. For its part …

This paper reviews applications of laser-based techniques to the fabrication of microfluidic
devices for biochips and addresses some of the challenges associated with the manufacture …

We describe a number of microfluidic components that have been formed by laer
micromachining and incorporated in a picoliter droplet dispenser. The laser micromachined …

Lab-on-chip technology plays a major role in developing the world. Lab-on-chip is preferred
for their user-friendly approach, miniature in size and less time-consuming. One such device …

Microfluidic systems enable manipulating fluids in different functional units which are
integrated on a microchip. This chapter describes the basics of microfluidics, where physical …

Microfluidics falls into an intermediate range within the spectrum of applications for
microfabrication techniques. The width and depth of most microfluidic channels fall in the …