Abstract

Traditional wisdom suggests that the interchangeable design in process system engineering, such as modularity or commonality design, can lower the manufacturing cost and act as a revenue driver. Moreover, the interchangeable design will be efficient in both assembling for new production and disassembling for remanufacturing. As such, interchangeable design confronted remanufacturing processing often involves a balance of revenue from cost drivers and cannibalization effects from remanufacturing. Therefore, this paper studies how the original equipment manufacturers’ (OEMs’) interchangeable design impacts the remanufacturing decisions, as well as the economy and environment. Specifically, we develop two theoretical models, in which an OEM makes a strategic choice relating to design interchangeability when the remanufacturing operations are undertaken by itself (Model O) or outsourced to third-party remanufacturers (Model T). This study finds that, although the optimal level of interchangeability related to the product design in Model T is lower than that in Model O, the optimal quantity of remanufactured products in the latter scenario is always higher. This suggests that remanufacturing outsourcing deters the OEM’s strategic choice on design interchangeability, which may be consistent with the fact that Lexmark makes its products less interchangeable to avoid remanufacturing from third-party remanufacturers (TPRs). Conversely, although the OEM is always less likely to outsource its remanufacturing operations to independent remanufacturers, remanufacturing outsourcing may be more beneficial for the environment, industry, and society. These key insights on the environmental groups or agencies suggest that remanufacturing outsourcing may be more beneficial for the environment, industry, and society and depends on the OEMs’ attitudes towards its profitability loss. Furthermore, to eliminate the above contrasting effects between the OEMs’ profitability and other issues, two possible remedies, including a revenue-sharing contract and subsidy-incentive mechanism, are provided to achieve a “win-win” situation.

Highlights

  • Introduction iationsIn recent decades, the steadily growing consumer demand for greater product variety with personalization has had negative effects on the manufacturing efficiency due to increased process complexities [1]

  • This study develops two theoretical models, in which the original equipment manufacturers’ (OEMs) makes a strategic choice on design interchangeability to deal with the cannibalization problems from remanufactured products, when the remanufacturing operations are undertaken by itself (Model O) or outsourced to third-party remanufacturers (Model T)

  • This study provides insights on how the for both assembling for new production and disassembling for remanufactur strategic choice of interchangeable design, highlighting that a strategy must be efficient environmental, and social benefits ofwith remanufacturing depend onsum, the OEM’s comparison of this study related research is presented in Table 1 for botheconomic, assembling for newaproduction and disassembling for remanufacturing

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Summary

Literature Review

There are numerous studies addressing the interchangeable design between independent products. This study provides insights on how the economic and environmental benefits of remanufacturing depend on the OEM’s strategic choice of interchangeable design, when remanufacturing is undertaken in-house or outsourced. Them, this provides insights on how strategic choice of interchangeable design, highlighting that a strategy mus product upgrading strategy impacts the potential cannibalization of new product sales economic, environmental, and social benefits of remanufacturing depend on the OEM’s from those of remanufactured ones. This study provides insights on how the for both assembling for new production and disassembling for remanufactur strategic choice of interchangeable design, highlighting that a strategy must be efficient environmental, and social benefits ofwith remanufacturing depend onsum, the OEM’s comparison of this study related research is presented in Table 1 for botheconomic, assembling for newaproduction and disassembling for remanufacturing. Desai et study al. [5], Stanton etresearch

√ [20], Design
Model and Assumptions
Model Assumptions
Model Formulation and Solution
Model O
Model T
Model Analysis
Comparison of Optimal Outcomes
Comparison of Economic Profitability
Comparison of Environmental Sustainability
Comparison of the Social Performance
Two Remedies
A Revenue-Sharing Contract
A Subsidy-Incentive Mechanism
Numerical Example
Research Implications
Managerial Implications
Findings
Future Research Opportunities
Full Text
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