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Life Cycle of Multi Technology Machine Tools – Modularization and Integral Design

机译：多技术机床的生命周期 - 模块化和整体设计

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For reasons of high flexibility but still maximum productivity, machine tools integrating various production technologies have recently received particular attention. Combining and integrating multiple manufacturing techniques into one single system in early stages of the product emergence process is challenging. To keep the effort for implementation to a minimum, an initiation already in the concept phase is being actively pursued. Design guidelines are currently investigated based on the examination of different technology combinations. This approach focuses on systematic conceptual design for such hybrid machine technologies. Product architectures are used to describe the modularity and create a specific delimitation for standardization. Reference product architectures for Multi Technology Machine Tools (MTMT) carry high potential for saving expenses in product development. The main emphasis is on technology and system integration. A technological similarity assessment of the single processes involved forms the basis of this approach to assure potential for synergies. Monetary aspects in early stages of product development are considered. Based on the analysis a generic system model is connected with general product architectures for MTMT. The method introduced is validated by a Multi-Technology Machining Centre with two simultaneously usable workspaces integrating a milling spindle and two laser processing units. The research undertaken is part of the Cluster of Excellence “Integrative Production Technology for High-Wage Countries” and has been funded by German Research Foundation (DFG).
机译：出于高灵活性但仍然高生产率的原因，整合各种生产技术的机床最近受到特别关注。将多种制造技术与产品出现过程的早期阶段结合并将多种制造技术与一个单一系统结合起来挑战。为了使努力实施到最低限度，正在积极追求概念阶段的启动。目前基于对不同技术组合的检查进行了调查的设计指南。这种方法侧重于这种混合机械技术的系统概念设计。产品架构用于描述模块化，并为标准化创建特定的界定。用于多技术机床的参考产品架构（MTMT）携带高潜力，以节省产品开发中的费用。主要重点是技术和系统集成。涉及的单一进程的技术相似性评估构成了这种方法的基础，以确保协同效应的潜力。考虑了产品开发早期阶段的金钱方面。在分析的基础上，通用系统模型与MTMT的通用产品架构连接。引入的方法由多技术加工中心验证，其中两个同时可用的工作区集成铣削主轴和两个激光加工单元。开展的研究是卓越“高工资国家综合生产技术”的一部分，由德国研究基金会（DFG）提供资金。

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