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Additive Process Equipment Control System for Integration into a Flexible Manufacturing System

机译:用于集成到灵活制造系统中的附加过程设备控制系统

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The paper considers the general scheme of the additive flexible manufacturing system: the main and auxiliary technological equipment is selected, process routes of various part classes are determined, the management features of both individual technological processes and the additive flexible manufacturing system as a whole are discussed. The paper substantiates the necessity of bringing control systems to a single standard for the effective integration of such equipment into the production line in order to promote further organization of additive workshops and additive plants. We suggest a block diagram of a unified CNC system to control various types of additive technological processes, such as selective laser melting, electron beam melting, fused deposition modeling, fused filament fabrication, direct metal disposition, laminated object manufacturing, etc. The paper outlines the features of managing various sources of technological influences: energy (laser sources, electron beam generators), chemical (inkjet print heads) - their main parameters are analyzed and summarized. The possible hardware and software platforms for the implementation of the proposed scheme of a unified CNC system are listed. The paper considers the option of implementing a specialized control system for additive manufacturing equipment based on a common control platform.
机译:本文考虑了增材制造系统的总体方案:选择了主要和辅助技术设备,确定了各个零件类别的工艺路线,讨论了单个工艺流程和增材制造系统的管理特点。本文证实了将控制系统统一到一个标准的必要性,以将此类设备有效地集成到生产线中,以促进加工厂和加工厂的进一步组织。我们建议使用一个统一的CNC系统的框图来控制各种类型的添加剂工艺流程,例如选择性激光熔化,电子束熔化,熔融沉积建模,熔融长丝制造,直接金属沉积,层压制品制造等。管理各种技术影响源的特征:能源(激光源,电子束发生器),化学(喷墨打印头)-分析和总结了它们的主要参数。列出了用于实施所建议的统一CNC系统方案的可能的硬件和软件平台。本文考虑了基于通用控制平台为增材制造设备实施专用控制系统的选择。

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