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      A Study on Bi-metal 3D printing Technology Development based on Laser Technology

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      https://www.riss.kr/link?id=A106817494

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      다국어 초록 (Multilingual Abstract)

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      Additive manufacturing(AM) can create complex shapes directly in 3D CAD models with internal geometry compared to conventional subtraction manufacturing. AM technology has the advantage of adopting various materials as well as the reduction of material. However, the high cost of AM is still a significant barrier preventing the wider adoption of AM in industries. This paper analyzes the technical application cases for solving these entry barriers and proposes a bi-metal 3D printing technology as an anticipated application to overcome the difficulty. The paper investigates the complications for current 3D metal printing technology to conduct bi-metal 3D printing and addresses ongoing solution research based on laser technology.
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      Additive manufacturing(AM) can create complex shapes directly in 3D CAD models with internal geometry compared to conventional subtraction manufacturing. AM technology has the advantage of adopting various materials as well as the reduction of materia...

      Additive manufacturing(AM) can create complex shapes directly in 3D CAD models with internal geometry compared to conventional subtraction manufacturing. AM technology has the advantage of adopting various materials as well as the reduction of material. However, the high cost of AM is still a significant barrier preventing the wider adoption of AM in industries. This paper analyzes the technical application cases for solving these entry barriers and proposes a bi-metal 3D printing technology as an anticipated application to overcome the difficulty. The paper investigates the complications for current 3D metal printing technology to conduct bi-metal 3D printing and addresses ongoing solution research based on laser technology.

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      목차 (Table of Contents)

      • Abstract
      • 1. Introduce
      • 2. Multi functional Metal printing
      • 3. Problem Analysis for bi metal 3D printing
      • 4. Conclusion
      • Abstract
      • 1. Introduce
      • 2. Multi functional Metal printing
      • 3. Problem Analysis for bi metal 3D printing
      • 4. Conclusion
      • References
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