Metal Additive Manufacturing >> Optomec Inc., USA

Direct Energy Deposition – Metal 3D Printer for Fundamental Materials Research / Rapid Alloy Development

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    Direct Energy Deposition - Metal 3D Printer for Fundamental Materials Research / Rapid Alloy Development

    Optomec provides specially configured 3D Printing system for material research to rapidly produce novel materials with exceptional quality. These 3D Printing machines can accommodate up to four powder feeders enabling gradient materials to be made every layer for a different chemistry.

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      Direct Energy Deposition LENS Classic System series Metal 3D Printer for R&D:

      The DED LENS 3D Printing process is housed in a hermetically-sealed chamber (Controlled Atmosphere chamber) which is purged with argon so that the oxygen and moisture levels stay below 10 parts per million. This keeps the part clean, preventing oxidation; especially for high oxidation metals such as Titanium.

      Direct Energy Deposition 3D Printing Systems enable advanced materials research capability ideal for University and Laboratory settings. Direct Energy Deposition offers advanced Thermal Imaging and Multi-Material Capabilities with low operating costs and simple operation.

      Direct Energy Deposition LENS Classic 250 Metal 3D Printer Applications:

      • Rapid Alloy Development
      • Fundamental Materials Research
      • Rapid Solidification Research
      • Composites Research
      • Ceramics Research
      • Rapid Manufacturing
      • Hybrid Manufacturing
      • Advanced Product Development
      Direct Energy Deposition - Metal 3D Printer for Fundamental Materials Research / Rapid Alloy Development