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<p>In the field of metal Additive manufacturing (AM), Laser Powder Bed Fusion&#xa0;(LP-BF) is recognized as a cutting-edge technique that has made significant improvements. Yet, notwithstanding significant advancement, its total incorporation into the industrialized scene is still restricted. The extensive papers, which include an in-depth discussion of the materials and production factors, shed light on current developments in LB-PF. The emergence how an alloy with elevated entropy and medium-strength metallics as essential components of LB-PF is a prime example of how materials have evolved through time. The discussion concurrently explores scanner tactics and various uses of multi-laser combinations with the goal of better productivity along with customer satisfaction. The introduction broadens the breadth of the story by navigating the tides of developing study impulses. The thoughtful reuse of powdery substances becomes a focus demonstrate, since it combines ecology and commercial feasibility. This dynamic environment also expands to include shape-storing metals, promoting dynamically reactive parts, and magnetically metals, sparking opportunities within magnet-sensitive surfaces. The work concludes in the final sections with a broad overview of the latest developments in the LB-PF sector. The careful analysis of these developments resulted in the consideration of as-yet unexplored pathways. Hidden possibilities for investigation emerge as the curtain is pulled away from this conversation, advancing the field to unexplored territory. In conclusion, the piece explores LB-PF's previous, current, and potential the not-too building of an intricate web of innovations, tendencies, and threats that together influence the course of this cutting-edge production system.</p>

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Perspectives on recent breakthroughs in laser powder bed fusion for metal additive manufacturing

  • 期刊论文

  • 发表日期：

    2025年3月7日

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  • Naveen Kumar Rajendran,
  • Sanjay Kumar,
  • Trapty Agrawal,
  • Mukesh Kumar,
  • Prabhukumar Sellamuthu,
  • Amit Gantra

摘要

In the field of metal Additive manufacturing (AM), Laser Powder Bed Fusion (LP-BF) is recognized as a cutting-edge technique that has made significant improvements. Yet, notwithstanding significant advancement, its total incorporation into the industrialized scene is still restricted. The extensive papers, which include an in-depth discussion of the materials and production factors, shed light on current developments in LB-PF. The emergence how an alloy with elevated entropy and medium-strength metallics as essential components of LB-PF is a prime example of how materials have evolved through time. The discussion concurrently explores scanner tactics and various uses of multi-laser combinations with the goal of better productivity along with customer satisfaction. The introduction broadens the breadth of the story by navigating the tides of developing study impulses. The thoughtful reuse of powdery substances becomes a focus demonstrate, since it combines ecology and commercial feasibility. This dynamic environment also expands to include shape-storing metals, promoting dynamically reactive parts, and magnetically metals, sparking opportunities within magnet-sensitive surfaces. The work concludes in the final sections with a broad overview of the latest developments in the LB-PF sector. The careful analysis of these developments resulted in the consideration of as-yet unexplored pathways. Hidden possibilities for investigation emerge as the curtain is pulled away from this conversation, advancing the field to unexplored territory. In conclusion, the piece explores LB-PF's previous, current, and potential the not-too building of an intricate web of innovations, tendencies, and threats that together influence the course of this cutting-edge production system.