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    3D-printer for metal of the type Metal Wire Laser Direct Energy Deposition

    Linköpings universitet

    3D-printer for metal of the type Metal Wire Laser Direct Energy Deposition

    1. Competition notice published

      21. okt. kl. 11:4621. oktober 2026 kl. 11:46

    2. Questions deadline

      9. nov. kl. 23:009. november 2026 kl. 23:00

    3. Tender submission deadline

      20. nov. kl. 22:5920. november 2026 kl. 22:59

    4. Opening date

      22. nov. kl. 23:0022. november 2026 kl. 23:00

    5. Contract start date

      14. des. kl. 00:0014. desember 2026 kl. 00:00

    6. Tender validity period

      19. feb. 2027 kl. 22:5919. februar 2027 kl. 22:59

    Brief

    Sweden: Tenders/Linköpings universitet/3D-printer for metal of the type Metal Wire Laser Direct Energy Deposition
    Deadline
    20. nov.Questions by 9. nov.
    Procedure
    OpenSingle stage
    Agreement
    Buying goods
    Estimated value
    SEK 2.9Mover 10 years

    Brief

    Linköpings universitet needs a 3D printer for metal of the type Metal Wire Laser Direct Energy Deposition for a maximum total value of 2.9 million SEK over 10 years. The printer will be used for undergraduate education, research, and by the department's workshop, supporting the university's center for additive manufacturing. The technology should be easy to use, have relatively low variable costs, and allow for printing in a variety of alloys with simple changeover between metals.

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    From the notice

    • The Department of Management and Engineering at Linköping University established a center for additive manufacturing in 2024. Its purpose is to provide infrastructure and expertise in 3D printing. The center supports both undergraduate education and research and can manufacture components in both polymer and metal. Within the metal area, the current infrastructure is limited to supporting research in E-PBF (Electron Beam Powder Bed Fusion). The purpose of this procurement is to acquire an easy-to-use metal additive manufacturing system with a relatively low variable cost that can be used for undergraduate education, research, and by the department's workshop. A technology well suited for these purposes is laser-based Wire DED (Direct Energy Deposition), which is the focus of this procurement. Several external research partners have also expressed interest in research using this technology. Wire DED enables printing in a variety of alloys and allows comparatively simple changeover between metals. This makes the technology useful for workshop, research and education activities. The wire feedstock also supports relatively low material costs and straightforward material handling compared with many other metal additive manufacturing technologies. A more detailed description of the procurement object and the requirements is presented in chapter 4, Specification of requirements.

    • Contact

      Anders Jonsson WibergAnders.jonsson.wiberg@liu.se
    • Type
      Competition
    • Location
      Östergötlands län
    • Main code
      Laboratory, optical and precision equipments (excl. glasses)
      38000000
    • 42638000Metal-working machining centre42660000Soldering, brazing and welding tools, surface tempering and hot-spraying machines and equipment43700000Machinery for metallurgy and associated parts

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