3D打印机制造商Intech添加剂解决方案和UIT-DRESDEN宣布了一种合作伙伴关系，以生产和优化用于金属3D打印的新颖材料AMOptoMetUltimate version 2.0 – Intech’s flagship Parameter Optimization Software for Metal LPBF Systems.
Sridhar Balaram, CEO & Founder of Intech Additive Solutions claims that AMOptoMet is a parameter optimization software that offers the optimal process parameters for improving surface finish and mechanical characteristics in metal 3D printed parts. The software aids in printing parts “right the first time” and shortens the time required for Design of Experiments (DOE) when creating parameters to print new materials.
“ UIT-DRESDEN在其研究项目中使用Amoptomet的使用进一步验证了该软件，并为我们提供了无价的反馈，以合并功能，以解决金属3D打印中的新的和新兴的应用程序和材料。我们期待与Uit-Dresden的合作。” Balaram说。
射击软件的功能
“ Intech的Amoptomet在我们的研发活动中有很大帮助。Our initial studies indicate that the software can be used by UIT-Dresden as a reference against UIT-Dresden’s theoretical studies and simulation efforts coupled with the test data obtained from experiments on DMG MORI 3D printers at UIT’s affiliates within the General Atomics group of companies,” said Dr. Horst Maerten, Director for Science and Technology at UIT-Dresden.
Amoptomet中的首次正确选择允许在几分钟而不是几天内开发新型材料的处理参数。Amoptomets合并机器学习算法，这些算法在每项印刷作业后都会通过每项材料评估和自我调整添加到材料数据库中。该软件是机器独立的，并且与任何基于激光的粉末床机兼容。如果没有太多的研发工作，用户可以选择选择其金属粉末供应商。此外，该软件允许根据需要根据需要调整参数，以便在不影响零件的机械性能或密度的情况下调整参数。根据INTECH的数据，射体可以将开发周期和实验的设计减少一半以上（DOE）。
Maerten说：“ UIT的研究工作将有助于进一步验证特定应用程序和材料的射击软件，例如Superalloys和纳米功能化合金粉末，用于高级AM处理，并根据我们使用该软件的经验提供有用的反馈。”
Intech claims that both parties will collaborate on mutually beneficial projects. UIT-research Dresden’s development in sophisticated materials and material characterization for application in Metal 3D Printing, as well as fundamental Multiphysics simulations of the Metal 3D Printing process, enhances the AMOptoMet software’s parameter prediction and optimization functionalities. Projects with specific goals will be outlined to profit both UIT-research Dresden’s programs and the validation and development of Intech’s AMOptoMet software.
Software for metal additive manufacturing
Previously,雷尼沙, a UK-based additive manufacturing specialist, andIdentify3D, a San Francisco-based software company, demonstrated旨在保护金属添加剂制造过程中数据的软件atRAPID + TCT。To combat security threats, this Identify3D suite incorporates intellectual property protection, manufacturing repeatability, and traceability within an end-to-end digital operation.
工业制造公司西门子collaborated with相互光谱, a Swedish software company, to create金属添加剂制造的3D可视化工具。西门子添加剂制造中心负责人Andreas Grichen说：“为了改善并最终工业化金属添加剂制造，您需要从流程中捕获，探索和理解大量的异质数据并增加域知识。”
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Feature image shows AMOptoMet software user interface. Image via Intech Additive Solutions.
