Implementing design for environment changes in Quantum's high-end tape business

D. Newman, G. Chambers, B. Jimison, D. Cox
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引用次数: 0

Abstract

Quantum's Specialty Storage Products Group (SSPG) designs and manufactures high-end Digital Linear Tape (DLT/sup TM/) back-up systems, libraries and autoloaders. Quantum set out to improve the environmental performance of this product line by developing and implementing a design for environment (DFE) program customized for the product, its customers, and end-users. Although environmental improvement was a high priority for the project, it was also critical to encourage those changes that would meet business needs, and that could feasibly be implemented. A combined effort was made between Environmental Engineers, SSPG Marketing, and Advanced Products (AP) Engineering to identify such possible changes. To prioritize DFE areas, Quantum considered, in order of priority: (1) market advantage and customer concerns, (2) engineering feasibility/cost, and (3) environmental impact. Data from end-users, as well as from product knowledge, literature and disassembly sequences were utilized. As a result of the prioritization and involvement of these groups, changes were made to the product design that will reduce environmental impact during use and disposal phases.
在量子的高端磁带业务中实现环境变化的设计
量子的专业存储产品集团(SSPG)设计和制造高端数字线性磁带(DLT/sup TM/)备份系统,库和自动装填机。昆腾通过开发和实施为产品、客户和最终用户定制的环境设计(DFE)程序,着手改善该产品线的环保性能。虽然环境改善是该项目的一个高度优先事项,但鼓励那些能够满足业务需要并且能够切实实施的变化也是至关重要的。环境工程师、SSPG市场部和先进产品(AP)工程部共同努力,确定了这些可能的变化。为了确定DFE领域的优先级,Quantum按照优先顺序考虑:(1)市场优势和客户关注,(2)工程可行性/成本,(3)环境影响。来自最终用户的数据,以及来自产品知识、文献和拆卸序列的数据被利用。由于这些群体的优先级和参与,对产品设计进行了更改,以减少在使用和处置阶段对环境的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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