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

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 …

We describe a homebuilt direct laser writing (DLW) system centered on a fluorescence
microscope as an alternative means for the creation of microfluidic masters. Such masters …

A simple technique is described for the formation of microfluidic channels and reservoirs in
polymer substrates. The technique is based upon excimer laser mask projection and …

Microchannel microfluidic components are being developed for heat transfer, chemical
reactor, chemical analysis, and biological analytical applications. Specific applications …

Conventional manufacturing of microfluidic devices from glass substrates is a complex, multi-
step process that involves different fabrication techniques and tools. Hence, it is time …

This chapter elaborates on the varied materials and microfabrication techniques used in the
manufacture of microfluidic devices. The origins of these techniques traces back to …

This paper mainly reviews the current status of the LIGA fabrication technology for use in
microfluidics applications. It also presents the work that the group is involved in the …

Microreactors which combine several synthetic operations with online analysis of reaction
products are of increasing interest for combinatorial chemistry. Laser technique is a very …

An integrated microfluidic design, modeling, and rapid prototyping process is presented. It is
based on laser cutting and lamination of individual thin layers of plastic. The process allows …