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This study examines the effect of relational investments (e.g. supplier involvement and commitment, customer involvement and commitment) on supply chain quality integration (e.g. supplier and customer quality integration), which leads to financial performance. Moreover, the authors explore the moderating effects of legal bonds on the relationship between relational investments and supply chain quality integration.

A survey study of manufacturing firms is presented to illustrate the conceptual model. The authors use the data from 213 manufacturing firms to test the hypotheses by structural equation modeling.

The results show that supplier and customer quality integration are positively related to financial performance. Supplier involvement and commitment are positively related to supplier quality integration. Customer involvement is positively related to customer quality integration, but customer commitment is not significantly related to customer quality integration. Additionally, on the supplier side, legal bonds negatively moderate the relationship between supplier involvement and supplier quality integration but positively moderate the relationship between supplier commitment and supplier quality integration. On the customer side, legal bonds do not moderate the relationship between customer involvement and customer quality integration, but negatively moderate the relationship between customer commitment and customer quality integration.

This study provides novel insights into supply chain quality management from relational perspectives, as well as the contingent role of legal bonds between them.

This paper aims to examine the impacts of relational capital on supply chain quality integration (SCQI) and operational performance from the holistic perspective of the entire supply chain.

Structural equation modeling with LISREL was used to test the conceptual model based on data collected from 308 companies in China.

The results indicate that with the exception of internal relational capital not having a significant impact on customer quality integration, supplier, internal and customer relational capital have positive impacts on supplier, internal and customer quality integration, which consequently improve operational performance. The results also show that internal relational capital has positive impacts on supplier and customer relational capital, and internal quality integration has positive impacts on supplier and customer quality integration.

The results provide important managerial insights for the improvement of operational performance through the development of relational capital and the implementation of SCQI practices throughout the supply chain.

The authors contribute to the relational capital and supply chain quality management literature by exploring the effectiveness of relational capital in improving SCQI and operational performance from the holistic perspective of the entire supply chain. The findings enrich the knowledge of SCQI management from the perspective of relational capital.

There are many studies on the impact of supply chain integration (SCI) on performance. However, the definitions, the measurements, the sample sizes, and scope of both SCI and the performance vary significantly from research to research. Conclusions are not consistent either. Researchers still believe that little is known about the impact of SCI on performance and call for more empirical research. The purpose of this paper is to investigate the impact on quality practices and quality performance of upstream integration with suppliers and downstream integration with customers.

The research is based on the empirical data from a large international survey of over 600 manufacturing companies from 20 countries. An intensive literature review was conducted on the definition and scope of SCI as well as its relationship with quality practice and performances. In total, five hypotheses were formulated and a conceptual model was proposed. Structural equation modeling (SEM) was used to test the hypotheses reflecting and interrelationship among the four variables.

The research reveals that downstream integration with customers influences both the quality management practice and the quality performance of the company, while upstream integration with suppliers only influences the quality practice but not the quality performance.

This research is different to previous research in three aspects. First, SCI covers both the upstream integration with suppliers and downstream integration with customers. Second, integration measurement covers both material integration and information integration. Third, it considers both quality management practices and quality performance.

There is a consensus suggesting that the theoretical underpinning associated with supply chain quality management practices remain evolutionary to current thinking. Therefore, this study aims to explore how absorptive capacity (AC) supports supply chain quality integration (SCQI) by building product and process quality within a supply chain (SC).

A comparative case study of global pharmaceutical manufacturers in a developing market was undertaken. A two-round qualitative research method was designed to collect data through 54 semi-structured interviews with pharmaceutical managers and senior managers.

The results demonstrate that AC is essential to the development of SCQI because of its ability to use valuable strategic and operational knowledge, which is important when improving consistent internal product and process quality, along with establishing a robust SC design. The authors found that AC enables companies to design their quality and continuously improve their products and processes among their SC members.

The authors acknowledge that these sets of findings are difficult to generalise to other sectors, however, the authors are confident that they can be extrapolated to other companies in the pharmaceutical industry.

The study develops a framework to support practitioners and decision makers to leverage their AC towards facilitating their SCQI practices.

This study explains the role of the AC process in relation to SCQI practices, in the context of the pharmaceutical SC. The study profiles the characteristics of dynamic capabilities to increase the companies’ competencies, processes and resources.

This paper aims to explore the performance implications of supply chain integration (SCI) taking a strategic perspective. Thus, this paper is set to provide answers to the following research questions: Does a higher degree of SCI always lead to greater firm performance improvements? As the answer to this question is likely to be no, the authors explore the performance implications from a strategic perspective: Is the SCI–performance relationship contingent on a company’s competitive priorities (i.e. operations strategy)?

The authors explore their questions through multiple quasi-independent data sets to test the impact of SCI on firm performance. Furthermore, the authors provide a more nuanced conceptual and empirical view to explore the previously uncovered contradictory results and contingent relationship challenging the “more integration equals higher firm performance” proposition.

The results only provide partial support for the proposition that more integration is always beneficial in the supply chain context. The authors also identified that the impact of SCI on financial performance is contingent on a company’s competitive priorities.

This study provides a much-needed comprehensive assessment of the SCI–performance relationship through critically re-evaluating one of the most popular propositions in the field of supply chain management. The results can be extrapolated beyond the dyad, as the authors conceptualise integration simultaneously from an upstream and downstream perspective.

The objective of this paper is to investigate the effect of supply chain quality integration (SCQI) and green supply chain practices and their impact on the Triple bottom line (TBL) in driving sustainability performance.

Structural equation modeling of partial least squares was used to study the relationships between SCQI and green supply chain practices (GSCPs) in driving sustainable performance and is empirically tested using data from 167 manufacturing firms.

This study reveals that supply chain quality integration (SCQI) enhances the green purchasing activity as well as the implementation of internal environmental management (IEM) of the firm. However, IEM is a crucial factor that contributes to sustainability performance.

This study is one of the few relevant researches that would benefit manufacturing organizations to further improve their triple bottom line by integrating supply chain quality with green practices.

As quality issues become more prominent in supply chain (SC) management, understanding the factors driving SC quality integration (SCI_Q) and quality performance has become increasingly important, shifting the focus of quality management to firms in SCs. This study aims to examine the role of SC quality leadership (SCQL) in facilitating SCI_Q and its direct and indirect relationship with quality performance.

Data on 400 Chinese manufacturing firms were collected using survey questionnaires. The hypothesised relationships between SCQL, SCI_Q and quality performance were tested using structural equation modeling in AMOS 22.0.

Empirical results show that SCQL has a positive and significant effect on quality performance and all three dimensions of SCI_Q: supplier quality integration, internal quality integration and customer quality integration. The results also show that SCI_Q mediates the relationship between SCQL and quality performance.

Executives should develop SCQL to improve SCI_Q in their SCs and ultimately improve quality performance. In particular, nurturing SQI can potentially lead to unique capabilities, relative to competitors. They should be aware of their important role in integrating and coordinating between functional units within the firm and between SC members.

This study enriches the SCM literature by identifying SCQL as a new and significant antecedent of SCI_Q in manufacturing firms. It contributes to the SC leadership literature by conceptualizing both the quality and social responsibility aspects of SC leadership, conceptualizing SCQL at the firm level and positioning SCI_Q as a mediator between SCQL and quality performance.

Over the past decade, quality managers and scholars have focused increased attention on supplier quality as a key resource for organisations. This paper presents the results of an exploratory study into how organisations rank supplier selection attributes and the extent to which use is made of decision support systems (expert systems in particular) in supplier quality management. Overall, quality was ranked the most important attribute. Paradoxically, decision‐support/knowledge‐based systems are not being utilized in solving the multi‐criteria decision problem inherent in supplier quality management. It is speculated that the lack of robust strategy for combining both human and artificial intelligence in supplier quality integration means that many organisations are making themselves vulnerable as out‐sourcing and strategic partnerships become important determinants of competitive advantage. Consequently, this paper assesses the scope for expert systems, a branch of artificial intelligence that is capable of helping organisations to co‐ordinate and harness potentially diverse sources of input resources in supplier quality management.

The purpose of this paper is twofold: first, to present a set of critical factors for total quality management (TQM) and supply chain management (SCM) practices through an extensive literature review; and, second, to identify the relationships among them by comparing the identified TQM and SCM practices in order to explore the concept of supply chain quality management (SCQM).

To meet the goals of this work, a review of published quality research papers was carried out. For this, the authors identified papers on TQM and SCM practices and observed how these practices improve the business performance of organizations. Further, on the basis of identified practices, a conceptual model of SCQM was developed.

The results presented a set of six critical factors each for TQM and SCM practices. Further, it was found that management support and commitment, customer focus, information and supplier partnership are the most common practices found in both TQM and SCM practices. The integration of TQM and SCM (SCQM) throughout the supply chain has the strongest impact on the organizational performance.

The study used data from various research papers of reputed journals which considered the study of India’s manufacturing industry as well as other countries, which may not provide a clear picture. However, this can be overcome by applying the findings of this paper to collect data from Indian manufacturing industry in future studies.

Indian manufacturing industry can improve its competitive image through the synergy of TQM and SCM. The result of this paper will help in providing a greater understanding of identified TQM and SCM practices that will lead to the successful implementation of TQM and SCM strategies to enhance business performance in terms of the improved levels of customer service.

Much of the attention is given on TQM and SCM practices, and very few studies have been undertaken to integrate TQM and SCM practices. But as far as the authors know, there is no study undertaken to integrate TQM and SCM practices in India for the manufacturing class. Therefore, this study compares TQM and SCM practices and considers their integration and can be thus treated as filling a gap in the extant literature. Therefore, the findings of this review paper will contribute in future research.

Based on the resource-based view and organizational capability theory, we examine the effect of information technology (IT) on company performance through supply chain integration (SCI) from the upstream and downstream perspective of the whole supply chain.

Based on data collected from 296 cross-border e-commerce (CBE) companies in China, we used structural equation modeling with LISREL to test the conceptual model.

The results show that supplier and customer IT significantly promote supplier and customer system and process integration. Supplier system and process integration enhance operational performance. Meanwhile, IT indirectly affects financial performance through operational performance. Customer system integration has positive effects on operational and financial performance, with an indirect effect on financial performance through operational performance. However, customer process integration only improves financial performance.

We only use cross-sectional data from Zhejiang province of China to investigate relationships of related constructs. Future studies can also use longitudinal data in combination with secondary data from other provinces, regions and countries.

The results provide important managerial insights for CBE companies to sustain their competitive advantages by improving their performances through IT and SCI practices throughout the upstream and downstream data-driven supply chain.

This study contributes to the IT and SCI literature by exploring the effectiveness of IT in improving SCI and company performance from the upstream and downstream perspective and the perspective of IT.