Laseradd's Approach to Metal Powder & Material Parameters

SUCCESS IN METAL ADDITIVE MANUFACTURING HINGES ON THREE ESSENTIAL TOOLS:

Features

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  • 1

    The Laseradd Di-Metal machine is tailored to meet your specific requirements.

  • 2

    The metal powder defines the subsequent functionality and purpose of a component.

  • 3

    Meticulously crafted Laseradd parameters bridge the critical gap.

Our open parameters are derived from extensive experience in multi-laser technology and a meticulous development and validation process. Aligned with our philosophy of open architecture, we have collaboratively unlocked over 45 materials to date, with ongoing exploration in partnership with our collaborators.

Advantages

  • laseradd-materials
    Laseradd Materials

    Thanks to our open architecture, we proudly offer the most extensive metal portfolio among metal AM companies. Through collaboration with our partners, we have successfully utilized over 30 materials to date. If you are searching for a specific material or interested in acquiring any powder through us, please feel free to reach out to our Materials Team!

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    Laseradd Parameters

    The crucial link between the printer and metal powder is what guides us to the heart of SLM printing: our meticulously designed and validated parameters for Laseradd metal powders. These powders play a pivotal role in producing functional parts with predictable and reliable functionality. We've streamlined the categories, offering options ranging from high-resolution complex details (High Precision) to the highest build rates (Production Speed), as well as a blended version in between (Blended Version).

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    Laseradd Powder Handling Equipment

    Our goal is to provide every customer who purchases a metal printer and engages in metal printing with the most effective powder handling solutions. To achieve this, we have equipped our setup with an explosion-proof vacuum cleaner, a powder drying box, and a sieve machine featuring energy-saving replaceable screens. This not only enhances powder utilization but also contributes to the conservation of clean and sustainable energy resources.

  • Al
  • Ti
  • IN625(GH3625)
  • Ti6AI4V
  • Al

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      IN625(GH3625)

      Laseradd proudly offers IN625, a precipitation-hardenable nickel-based material meticulously engineered with the inclusion of chromium, molybdenum, and niobium. IN625 stands out as the quintessential choice for fabricating components used in aircraft engines, particularly those subjected to service temperatures under 650 °C.

      Key Material Features:
      • Wear resistance
      • Corrosion resistance
      • High hardness
      • Common Application Fields:
        • Wear resistance
        • Corrosion resistance
        • High hardness
  • Ti

    • advantage-img
      Ti6AI4V

      Laseradd's Ti6Al4V, the world's most renowned titanium-based alloy, stands out for its exceptional attributes. With its remarkable combination of high strength, low density, and superior corrosion resistance, Ti6Al4V is ideally suited for producing components in the aerospace and automotive sectors, as well as various biomedical applications.

      Key Material Features:
      • Wear resistance
      • Corrosion resistance
      • High hardness
      • Common Application Fields:
        • Wear resistance
        • Corrosion resistance
        • High hardness