By Thomas Gruenberger Key differentiation criteria for Additive Manufacturing (AM) technologies are freedom of design, cost advantage, customization, and time to market. Direct metal laser sintering (DMLS) AM technology is ideal for serial production for industries like aerospace. Setting up a process means mapping the input parameters (e.g. machine and process parameters and part geometry) […]
Tag: LASER SINTERING
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 […]
Laser Sintering of Silver Nanoparticles
Laser sintering has a high potential for curing metal particle inks on flexible substrates. It offers a fast processing speed and low temperature processing, and therefore, it often represents an improvement over oven sintering.
Effect of Substrate on Temperature Field in Selective Laser Sintering of Metal Powders
Effect of Substrate on Temperature Field in Selective Laser Sintering of Metal Powders