Over the past decade, printed electronics (PE) has shown great potential for a wide range of
industries, from consumer goods, electronics, aerospace, automotive, pharmaceutical …

InkJet printing is a technique that in the last decades has attracted the attention of the
scientific community because it allows producing customized patterns with a variety of inks …

Photonic curing has shown great promise in maintaining the integrity of flexible thin polymer
substrates without structural degradation due to shrinkage, charring or decomposition during …

In recent years, additive manufacturing has been evolving towards flexible substrates for the
fabrication of printable electronic devices and circuits. Generally polymer-based, these …

Printed electronic devices are attracting significant interest due to their versatility and low
cost; however, quality control during manufacturing is a significant challenge, preventing the …

In this work we presented a statistical method to optimize the production of conductive layers
by inkjet printing. This statistical method, namely Design of Experiment (DOE), was applied …

Printing technologies have become a novel and disruptive innovation method of
manufacturing electronic components to produce a diverse range of devices including …

Printed electronics (PE) is growing rapidly through innovation in several pathways: ink
formulation, substrate improvement, printing and drying process optimization. All these …

Transparent conductive meshes were fabricated by inkjet printing on flexible substrate using
a percolation pattern created by random removal of conducting bonds from a regular square …

In recent years, metal-organic methylammonium lead trihalide perovskite formulations have
been extensively studied and employed as active materials in a range of photovoltaic and …