Modern life and global communication would not be possible without technologically
tailored thin films; they are omnipresent in daily life applications. In most cases, the films are …

The transfer of solid phase material by femtosecond laser-induced forward transfer (LIFT) at
atmospheric pressure by a time-resolved shadowgraph technique is studied. The influence …

Fabrication of FeSi 2 nano-and microdot array was performed by utilizing droplet ejection
through nanosecond laser-induced forward transfer (ns-LIFT). An amorphous FeSi 2 source …

Copper microdroplets were deposited onto a quartz substrate by the laser-induced forward
transfer (LIFT) using laser pulses of 148 fs at a center wavelength of 775 nm⁠. The droplets …

Fabrication of FeSi2 nano-and microdot array was performed by utilizing droplet ejection
through laser-induced forward transfer, which we named laser-induced dot transfer (LIDT) …

We have developed a modified laser induced forward transfer (LIFT) technique which allows
for the parallel deposition of hundreds of sub-micron features. The approach utilizes a self …

Today, a strong research effort is directed towards the development and integration of new
materials, especially of polymers and biomolecules which are essential in pharmaceutical …

In this study, we investigate both experimentally and numerically laser-induced forward
transfer (LIFT) of thin films to determine the role of a thin polymer layer coating the receiver …

Femtosecond lasers have been used for laser induced forward transfer (LIFT) of TiO2, a
wide-band semiconductor with many industrial and research applications. TiO2 …

In recent years, intensive efforts in the development of direct surface patterning techniques
for new products have taken place as a result of the convergence of different fields of …