Lean supply chain practices: an exploratory study on their relationship

Pages1049-1076
DOIhttps://doi.org/10.1108/IJLM-06-2017-0141
Date08 June 2018
Published date08 June 2018
AuthorGuilherme Tortorella,Ricardo Giglio,Diego Castro Fettermmann,Diego Tlapa
Subject MatterLogistics,Management science & operations
Lean supply chain practices:
an exploratory study on
their relationship
Guilherme Tortorella and Ricardo Giglio
Department of Production and Systems Engineering,
Universidade Federal de Santa Catarina, Florianopolis, Brazil
Diego Castro Fettermmann
Department of Industrial and Systems Engineering,
Universidade Federal de Santa Catarina, Florianopolis, Brazil, and
Diego Tlapa
Faculty of Engineering, Architecture and Design,
Universidad Autonoma de Baja California, Ensenada, Mexico
Abstract
Purpose The purpose of this paper is to empirically investigate the relationships among the
implementation of LSC practices. Particularly, the authors examine the adoption level of 27 LSC practices,
which were identified in a literature review, within 113 manufacturing companies from different sectors
located in Southern Brazil.
Design/methodology/approach Data collected were analyzed by means of multivariate techniques
(partial correlation analysis) and two control variables were used: level of onshore suppliers and companys
experience on lean manufacturing implementation.
Findings The resultsshowed that the relationshipamong practices may not alwaysbe synergic, since there
are pairs of practices that, when concurrentlyimplemented they tend to conflict, hinderingtheir benefits.
Originality/value The use of partial correlations between pairs of LSC practices provides means to
better understand specific associations, disregarding the implementation effect of the whole set of practices.
The research also provides managers and practitioners arguments to better comprehend how practices
interact with each other under specific contexts.
Keywords Survey, Supply chain management, South America, Lean supply chain, Partial correlation analysis
Paper type Research paper
1. Introduction
Supply chain management (SCM) comprises the flow of goods from supplier through
manufacturing and distribution chains until the end user (Power, 2005). The focus of SCM
practices must shift from functional and independent to general and integrative initiatives
(Frazzon et al., 2015; Theagarajan and Manohar, 2015). Due to an increasing competitive
pressure for shorter lead times, lower costs and better quality, the principles of lean
manufacturing (LM) have been incorporated into the supply chain integrative approaches
(Cudney and Elrod, 2010). In a general approach, LM practices and principles aim at
reducing waste and variability in the processes, adding more value to customers and
providing operational performance improvement (Shah and Ward, 2003). Therefore, a lean
supply chain (LSC) aims to ensure that value is transferred downstream in the most efficient
way. Moreover, it requires a different business model, in which improved profits arise from
the cooperation rather than bargaining or imposing power over supply chain partners
(Alves Filho et al., 2004; Naim and Gosling, 2011; Chiromo et al., 2015). Vitasek et al. (2005)
defined LSC as a set of organizations directly linked by upstream and downstream flows of
The International Journal of
Logistics Management
Vol. 29 No. 3, 2018
pp. 1049-1076
© Emerald PublishingLimited
0957-4093
DOI 10.1108/IJLM-06-2017-0141
Received 1 June 2017
Revised 31 August 2017
13 November 2017
Accepted 1 January 2018
The current issue and full text archive of this journal is available on Emerald Insight at:
www.emeraldinsight.com/0957-4093.htm
This paper forms part of the regular section.
1049
Lean supply
chain practices
products, services, information and funds that collaboratively work to reduce cost and
waste by efficiently pulling what is needed to meet the needs of individual customers.
In line with this integrated SCM vision, the entire flow from raw materials to final consumer
is considered as an integrated whole, in which the interfaces between companies are seen as a
result of economic arrangements of assets ruled by several contextual factors, such as labor
skills, geographical location of raw materials and configurations of technology (Wu, 2002;
Goldsby et al., 2006; Boonsthonsatit and Jungthawan, 2015). However, the adaptation of lean
principles from manufacturing to SCM activities is not a simple process (Hines et al., 2004) due to
several reasons, such as: LM waste is easier to be identified and quantified; and manufacturing
processes can be controlled through top management, while SCM requires attention for the
entire chain, from suppliers to customers (Anand and Kodali, 2008; Soni and Kodali, 2012).
Nevertheless, several researchers (e.g. Lewis, 2006; Cagliano et al., 2006; Blanchard, 2010) have
implementedleanprinciplesinSCMandreportedimprovedorganizationaloutputs.
However, the integration of lean practices into SCM still has much to evolve in order to
better comprehend the adaptation of lean approach (Shamah, 2013; Rezende et al., 2016).
In this sense, many organizations have struggled to implement LSC practices due to lack of
awareness and improper implementation approach. Further, several studies have focused
only on individual aspects of LSC and very few researchers have approached both upstream
and downstream activities of the organization (Anand and Kodali, 2008; Jasti and
Kodali, 2015; Riet et al., 2015). Moreover, despite the fact that the stable and unidirectional
theory and concepts of LSC are not fully developed yet (Anand and Kodali, 2008), most of
the studies have been restricted to a particular sector instead of a generalization of the LSC
framework (Perez et al., 2010; Petra and Marek, 2015). Such research limitation neglects
potential synergies among LSC practices, approaching a few LSC practices in an isolated
manner or through a narrow perspective of their application. Based on the aforementioned
arguments, one research question can be raised:
RQ1. How do LSC practices relate to each other in a lean implementation process?
Thus, the aim of this paper is to empirically investigate the relationships among
the implementation of LSC practices. Particularly, we examine the adoption level of 27 LSC
practices, which were identified in a literature review, within 113 manufacturing companies
from different sectors located in Southern Brazil. Data collected were analyzed by means of
multivariate techniques and two control variables were used: level of onshore suppliers and
companys experience on LM implementation. Our results show how different LSC practices
relate to each other as the lean implementation evolves according to eachcontrol variable. In
theoretical terms, our study is characterized as exploratory providing means to better
understand the synergies or divergences between pairs of LSC practices. Literature evidence
extensively indicates that the adoption of these LSC practices contributes to supply chain
performance improvement, assuming that higher adoption levels would entail enhanced
results. In turn, negative relationships between practices may reduce the potential benefits
implied by them. Further, the understanding of these relationships within an emerging
economy context,such as Brazil, also contributesto the body of knowledge. According to Jasti
and Kodali (2014),87 percent of the studies about lean reported implementationin companies
from developed countries, mostly from the USA, Japan and Europe. Therefore, the extant
knowledge about lean implementation from emerging markets is still superficial and
substantially lower than from developed countries (Panizzolo et al., 2012). Indeed, previous
studies have shown that there are differences when comparing the lean implementation in
developed countries and in emerging countries. Consequently, difficulties around lean
implementation in companies and their supply chain located in emerging markets may be
potentiateddue to the new market orientation andthe insecurity in the organizationalclimate
inherent to such change (Saurin and Ferreira, 2009; Tortorella et al., 2017).
1050
IJLM
29,3

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