<p>The advancement of laser irradiation, ablation, and deposition for synthesizing smart materials at the nanoscale has intrigued many due to its cost-effective potential for various necessary applications. In recent years, there has been an increase in scientific and technological uses for laser ablation of solid materials. These applications can be executed utilizing several processes, including pulsed laser deposition (PLD), among others. It successfully produced a diverse array of multi-element thin films exhibiting innovative properties for various metal and semiconductor clusters. These novel qualities enabled the development of tunable nanocomposite thin film architectures. The main goal of this work is to give a thorough review of the latest progress and additions to pulsed laser deposition, with a focus on how they can be used in the real world to make nanocomposite structures. We extensively examine the methodologies and mechanisms used in the synthesis of nanostructured materials in the form of thin film by deposition under vacuum with and without the presence of gas media. This aims to achieve a thorough understanding of the mechanisms and technological advancements that drive the key elements influencing high purity in nanostructured materials; followed the main required items to produce different structure forms of thin-film based on the required applications. After that, the effect of the main influence parameters was invested. Finally, we engage in a discussion about the current challenges and future goals in this rapidly developing field of research. This study will offer essential advice for the design and intentional production of advanced nanomaterials with favorable features for several applications, including enhanced laser ablation and deposition, among others.</p>