Laser Additive Manufacturing of Turbine Components, Precisely and Repeatable

By: A. Techel, F. Brückner, S. Nowotny, R. Wappler, S. Scharek, F. Kubisch, S. Bonß, E. Beyer Fraunhofer Institute for Material and Beam Technology (IWS) Laser additive manufacturing with diode, fibre or disc lasers offers outstanding possibilities for applications in aircraft manufacturing or maintenance. High-precision laser additive manufacturing requires precise tolerances of all the components […]

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Laser Additive Manufacturing for Aerospace Prototypes

By: Agnes Klucha Pratt & Whitney Aerospace prototyping is a way to realize the vision of freeform fabricated metal additive manufactured parts on aerospace production engines, gain acceptance for additive manufacturing and change perceptions of what is possible.  The freeform fabrication of laser additive manufactured metal parts is of prime interest in aerospace prototyping since […]

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New Industrial Systems & Concepts for Highest Laser Cladding Efficiency

By: Eckhard Beyer Fraunhofer IWS Over the past decade laser buildup welding transitioned from mostly specialized laboratory efforts into an established industrial technology for high quality and precise surface coating deposition. Compared to traditional plasma powder buildup welding processes, laser cladding generates superior corrosion and wear protective coatings. The laser process can also generate localized […]

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Overview of Laser Additive Manufacturing in China

By: Minlin Zhong Tsinghua University The booming Chinese economy has created a favorable environment for the research, development, application and market in the area of high-power lasers and especially laser additive manufacturing (LAM) in China. In a so-called “world manufacturing center,” laser additive manufacturing, as a modern advanced manufacturing technology, plays an important role in […]

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Laser Surface Treatment and Additive Manufacturing – Basics and Application Examples

By: Dr. Ingomar Kelbassa Laser Surface Treatment and Additive Manufacturing have a strong impact on classical manufacturing and repair tasks addressing markets such as turbo machinery, aeronautics, automotive, off-shore and mining as well as tool, die, and mold making and life science.

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