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Design of manufacturing utilizing modeling and optimization to reduce waste

机译:利用建模和优化的制造设计减少浪费

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Design for Manufacturing (DFM) is a critical process in developing and designing new products, transferring products between facilities, and improving existing products. It enables manufacturing robustness by driving a holistic understanding, of the interactions between fitness for use specifications, materials used, process aims, and process tolerances. DFM is about trade-offs and requires knowledge of both product and manufacturing goals to make the best decision for revenue and earnings growth. Kodak's Imaging Materials and Manufacturing Organization has established a strong DFM process utilizing cross-functional teams, predictive mathematical models to simulate manufacturing performance, and small-scale experiment capabilities for rapid prototyping. These tools are used to minimize waste and increase manufacturing effectiveness throughout product life cycles.
机译:制造设计(DFM)是开发和设计新产品,在设施之间转移产品和改善现有产品的关键过程。它能够通过驾驶整体理解来制造制造稳健性,其使用使用的适用性的相互作用,使用的材料,工艺目的和工艺公差。 DFM是关于权衡的关于权衡,需要了解产品和制造目标,以使收入和盈利增长的最佳决定。柯达的成像材料和制造组织建立了一种强大的DFM工艺,利用跨职能团队,预测数学模型来模拟制造性能,以及用于快速原型的小规模实验能力。这些工具用于最大限度地减少浪费并提高整个产品寿命周期的制造效果。

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