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Review on Machine Designs of Material Extrusion based Additive Manufacturing (AM) Systems - Status-Quo and Potential Analysis for Future AM Systems

机译:基于材料挤压的增材制造(AM)系统的机器设计综述-未来增材制造系统的现状和潜力分析

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Low-cost production of large-scale parts, also known as big area additive manufacturing (BAAM) is one big challenge of Additive Manufacturing (AM) and drives developments of new machine designs. In recent years, the machine development of material extrusion (ME) shows approaches, which focus on AM machines with different kinematic concepts. Starting from classic machine tool structures with 3-axis to robot systems with multidirectional kinematics, there is a great need of a concept evaluation for AM. This study describes the trends of current AM machine designs and investigates the potential of machine structures. The procedure follows the principles of a case study and highlights the strengths and weaknesses of existing system designs.
机译:大规模零件的低成本生产(也称为大面积增材制造(BAAM))是增材制造(AM)的一大挑战,并推动了新机器设计的发展。近年来,材料挤压(ME)的机器开发显示了一些方法,这些方法集中于具有不同运动学概念的AM机器。从具有3轴的经典机床结构到具有多向运动学的机器人系统,迫切需要对AM进行概念评估。这项研究描述了当前AM机器设计的趋势,并研究了机器结构的潜力。该过程遵循案例研究的原理,并突出了现有系统设计的优缺点。

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