Macroeconomics

Engineering

Nanoparticle

Aerospace engineering

Laser power scaling

Materials science

Layer (electronics)

Ablation

Inkwell

Economics

Laser ablation synthesis in solution

Laser ablation

Computer science

Mechanical engineering

X-ray laser

Laser

Physics

Nanotechnology

Optics

Sheet resistance

Conductive ink

Electronics

Composite material

Nanomaterials

Printed electronics

Electronic component

Production (economics)

Electrical engineering

Electrical conductor

Results in Engineering

With the evolution of additive manufacturing and flexible printed electronic (PE) technologies, conductive inks have received a lot of interest. Nanomaterials are an important component of conductive ink composition. LASIS (Laser Ablation Synthesis in Solution) is a physical method for creating nanoparticles in a liquid environment. This top-down technique employs well-known laser-based technologies to generate additive-free nanocolloids that are less harmful and more ecologically friendly. This study discusses recent advancements in the manufacturing of LASiS nanomaterials and their printed electronic applications. The parameters that determine the yield and attributes of LASiS nanoparticles are examined, with emphasis on specific use of such nanoparticles as conductive inks in the field of printed electronics. The advantages of LASiS-synthesised nanoparticles in printing applications, as well as the challenges that must be resolved to reach optimum performance, are also explored.

Nanoparticle production via laser ablation synthesis in solution method and printed electronic application - A brief review