Laser induced forward transfer (LIFT) is employed in a special, high accuracy jetting regime,
by adequately matching the sub-nanosecond pulse duration to the metal donor layer …

This work presents time-resolved images of femtosecond-laser-induced melt dynamics in 60
nm gold films on glass substrates. Melt dynamics induced by laser radiation with focus …

Digital printing of 3D metal micro-structures by laser induced forward transfer under ambient
conditions is reviewed. Recent progress has allowed drop on demand transfer of molten …

Michael Zenou,* Amir Sa'ar, and Zvi Kotler powders.[39–42]“Metal inks” can be prepared
from the colloid phase and can be printed using digital dispensing systems. The metal inks …

Laser-induced forward transfer (LIFT) is a 3D direct-write method suitable for precision
printing of various materials, including pure metals. To understand the ejection mechanism …

On the basis of a two-temperature model taking into account the laser-generated stress
waves, we have performed an analysis of heating and melting dynamics in different metallic …

Aluminum metal is of particular interest for use in printed electronics due to its low cost, high
conductivity and low migration rate in electrically driven organic-based devices. However …

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 …

This paper presents a theoretical analysis of the processes in thin solid films irradiated by
short and ultrashort laser pulses in the regimes of film structuring and laser-induced forward …

Laser induced forward transfer technology has been reported to print various patterns of 2D
and 3D structures in microfabrication for its fascinating characteristics such as non-contact …