Laser metal deposition (LMD) is already established in industry for cladding and additive manufacturing in various fields. This presentation is designed to provide a comprehensive examination of laser cladding and additive manufacturing, two critical methodologies in the field of advanced manufacturing. The primary objective is to juxtapose the utilization of wire and powder as feedstock materials in these processes.


Initially, we will explain the fundamental principles, applications, and advantages of laser cladding and additive manufacturing with multi kW diode lasers in the visible and near infrared spectrum. This foundational knowledge will facilitate a thorough investigation of the wire-fed and powder-fed techniques, underscoring their respective merits and challenges.


Subsequently, the presentation will delve into the material properties, process parameters, and performance characteristics pertinent to each technique. We will analyze the impact of these variables on the quality of the final product, encompassing facets such as surface finish, dimensional accuracy, and mechanical properties.


Through a series of case studies, we will demonstrate the practical implications of selecting wire or powder as well as the proper laser source with optical combination in diverse manufacturing scenarios. The presentation will culminate with a discourse on the future trends in laser cladding and additive manufacturing, emphasizing the potential of these techniques in revolutionizing the manufacturing industry.


This presentation invites attendees to explore this captivating domain illuminating the crucial role of wire and powder techniques in shaping the future of manufacturing and empowering them with the knowledge to make informed equipment decisions