Publication

Abstract : Additive Manufacturing (AM) stays gaining popularity in advanced industries like aerospace, automotive, healthcare, and energy outstanding by its ability to create intricate, customized structures. Key drivers include design freedom, light weighting, rapid prototyping, and supply chain optimization. However, the study discusses the challenges of poor surface quality in traditional manufacturing processes and the potential of AM to create advanced thermal spray coatings. It places of interest that need for precise and uniform coatings across industrial components. Surface coating approach permits exact control over coating thickness, microstructure, and fabric composition, upgrading surface quality and encouraging customization for particular applications.s The study also highlights AM’s rapid prototyping and iteration capabilities, accelerating the development cycle and improving coating solutions. This consider analyzes a few sorts of coatings, such as coordinate vitality testimony, cover streaming, powder bed combination, warm splash coatings, and sheet cover. The combination of AM and warm splash coatings empowers engineers and analysts to extend the wear, erosion, oxidation resistance, electrical conductivity, and other key properties of delivered parts. The integration also handles AM difficulties such as roughness of the surface, dimensional precision and material compatibility. This strategy is consistent with the industry’s goal for sustainable and resource-efficient production techniques, optimizing material utilization, minimizing waste, and increasing part longevity through improved surface qualities.