Laser-induced forward transfer is investigated for maskless pattering of thin films. A 89 TiO 2–
11Au (mol%) nanocomposite polycrystalline (100 nm thick) film fabricated by a sol-gel …

In 1986, it was first reported [1] that the physical transfer of thin absorbing films from an
optically transparent support to a substrate in very close proximity to the film can be …

Laser-induced forward transfer (LIFT) of Au evaporated as a thin film on regular two-
dimensional lattices of microspheres has been employed for both the generation of arrays of …

The deposition of metal and polymer patterns was achieved with a laser forward transfer
method involving a sacrificial release layer. Aluminum, gelatine and methylcellulose pixels …

Ultra-thin, flexible and stretchable interfaces comprising thin metal films and polymers are
attracting increasing interest for applications in sensors and optoelectronics. The transfer of …

Dependence of size accuracy of deposited structure on the film–acceptor substrate distance
and fluence, and the factors which influence the dependences were investigated. Au and Ni …

The laser-induced forward transfer process of solid ceramic donor materials (gadolinium
gallium oxide and ytterbium doped yttrium aluminium oxide) was studied using triazene …

The optimization of laser-induced forward transfer (LIFT) process using laser ablation of thin
film and the evaluation of the dependence in laser spot size on the resolution of deposited …

In conjunction with the increasing availability of cost-efficient laser units during the recent
years, laser-based micromachining techniques have been developed as an indispensable …

Results of a systematic study on laser-induced transfer of metal patterns are summarized.
The pulse width of the lasers used in the experiments was scaled from a few nanoseconds …