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Is the pace of technology development a threat or opportunity for sustainability? The case of remanufactured industrial robots

机译:技术发展的步伐是可持续性的威胁还是机遇?工业机器人再制造案例

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Remanufacturing has been identified as having much potential and providing a wide range of benefits. However, challenges remain for remanufacturing to be widely accepted, both from customers as well as within industrial firms. Business models for remanufacturing are complex and remanufacturing requires multiple competences across the firm. This paper is a study of the remanufacturing market for industrial products and is exemplified by a case study of a leading robot company in the US market. The study shows that rapid technology development impacts the remanufacturing possibilities and as such has an impact on sustainability. Technology development can be seen as a threat to remanufacturing e.g. making products become obsolete as well as leading to compatibility problems where it is difficult to find spare parts. Technology development also results in cheaper robots, making it difficult to provide economic incentives to buy remanufactured products. However, fast technology development can also be a possibility to firms that have well developed remanufacturing processes, as they are able to adjust to newer technologies. The study also points to the importance of cross-functional collaboration in the design phase of products, where remanufacturing needs to be considered. The article provides implications on how to manage rapid technology development in remanufacturing.
机译:再制造被认为具有很大的潜力并提供广泛的好处。但是,无论是从客户还是在工业企业内部,再制造要被广泛接受仍然面临着挑战。再制造的业务模型很复杂,再制造需要整个公司的多种能力。本文是对工业产品再制造市场的研究,并以美国市场上一家领先的机器人公司的案例研究为例。研究表明,快速的技术发展会影响再制造的可能性,从而对可持续性产生影响。技术开发可以被视为对再制造的威胁,例如使得产品变得过时,并导致难以找到备件的兼容性问题。技术的发展还导致机器人的价格降低,从而难以提供经济诱因来购买再制造产品。但是,对于拥有完善再制造流程的公司来说,快速的技术开发也可能成为可能,因为它们能够适应更新的技术。该研究还指出了在产品设计阶段进行跨功能协作的重要性,该阶段需要考虑再制造。本文提供了有关如何在再制造中管理快速技术发展的含义。

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