18 . 2 Microsystem enhanced machine tool structures to support sustainable production in value creation networks

18 . 2 Microsystem enhanced machine tool structures to support sustainable production in value creation networks
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18.

DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
K. Lang
K. Lang
中科院分区：
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文献类型：
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作者：
B. Peukert;J. Mewis;Mihir Saoji;E. Uhlmann;S. Benecke;R. Thomasius;N. Nissen;K. Lang

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机床框架的模块化是在全球价值创造网络中支持可持续制造的一种很有前途的方法。设计单一的多功能轻量化和精度优化(LEG2O)模块的想法允许在移动性、可配置性和适应性方面的创新概念。这一贡献侧重于可能的用例场景，涉及配备了微系统的模块化机床框架，这些微系统提供使能功能，例如自我识别和提供额外的传感器数据。这项研究深刻地概述了拟议概念的潜在能力和局限性。随着单个部件的更换、重复使用和升级成为考虑整个产品生命周期的关键问题，电子集成如何成功地促进可持续使用的问题被研究。
The modularization of machine tool frames is a promising approach to support sustainable manufacturing in global value creation networks. The idea of designing single versatile lightweight and accuracy optimized (LEG2O) modules allows for innovative concepts with respect to mobility, configurability and adaptability. This contribution focuses on possible use-case scenarios that involve modular machine tool frames equipped with microsystems providing enabling functionalities, e.g. self-identification and provision of additional sensor data. The study provides a profound overview of potential capabilities and limitations of the proposed concept. As replacement, reuse and upgrade of single parts become critical issues when considering the complete product lifecycle, the question on how electronics integration can successfully contribute to a sustainable usage is investigated.