Additive manufacturing allows for complex, individualized and customized geometries. With technologies such as wire-based laser deposition welding, it is also possible to make production more resource-efficient. For instance, this technology helps to produce rough geometries of compressor blades for turbo machinery by depositing layers on a substrate. It substitutes conventional roughing strategies by milling and enables a significant cost reduction. This paper describes the new manufacturing technique in the context of metallographic examination using a demonstrator
AbstractIn mould and tool making laser metal deposition welding provides a new way of creating novel...
Additive Manufacturing processes are rapidly evolving in order to enable their increasing diffusion ...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
Additive manufacturing allows for complex, individualized and customized geometries. With technologi...
Part 3: Additive ManufacturingInternational audienceIn the field of Laser Additive Manufacturing, mo...
In the field of Laser Additive Manufacturing, modern wire-based laser deposition techniques offer ad...
Laser-based additive manufacturing (AM) technologies such as laser metal deposition have been introd...
The continued drive for increased efficiency, design complexity and reduced costs, especially in the...
In the meantime, laser-based deposition of metallic material in form of powder or wire became a well...
Mass customization leads to very short product life cycles, so the costs of a tool have to be amorti...
After a short introduction about the Fraunhofer-Gesellschaft and its unique approach in applied rese...
Laser beam processes are increasingly used in the field of additive manufacturing. Prominent methods...
Laser metal deposition (LMD) is an established technology for two-dimensional surface coatings. It o...
High power lasers provide time and cost effective method for metallic surface modification. In this ...
AbstractImposing the trend of mass customization of lightweight construction in industry, convention...
AbstractIn mould and tool making laser metal deposition welding provides a new way of creating novel...
Additive Manufacturing processes are rapidly evolving in order to enable their increasing diffusion ...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...
Additive manufacturing allows for complex, individualized and customized geometries. With technologi...
Part 3: Additive ManufacturingInternational audienceIn the field of Laser Additive Manufacturing, mo...
In the field of Laser Additive Manufacturing, modern wire-based laser deposition techniques offer ad...
Laser-based additive manufacturing (AM) technologies such as laser metal deposition have been introd...
The continued drive for increased efficiency, design complexity and reduced costs, especially in the...
In the meantime, laser-based deposition of metallic material in form of powder or wire became a well...
Mass customization leads to very short product life cycles, so the costs of a tool have to be amorti...
After a short introduction about the Fraunhofer-Gesellschaft and its unique approach in applied rese...
Laser beam processes are increasingly used in the field of additive manufacturing. Prominent methods...
Laser metal deposition (LMD) is an established technology for two-dimensional surface coatings. It o...
High power lasers provide time and cost effective method for metallic surface modification. In this ...
AbstractImposing the trend of mass customization of lightweight construction in industry, convention...
AbstractIn mould and tool making laser metal deposition welding provides a new way of creating novel...
Additive Manufacturing processes are rapidly evolving in order to enable their increasing diffusion ...
Surface coating, repair, and rapid design changes of high-value components and tools are demanding c...