Supplier flexibility in the order-to-delivery process – a customer perspective
Journal article, 2021
A perception-based survey was sent to Swedish purchasing managers. 289 responses were received. After descriptive gap analysis, exploratory factor analysis was applied to structure the responses into factors. This formed the basis for hierarchical linear regression analysis, explaining supplier flexibility.
A conceptual framework, specifying supplier flexibility into volume, delivery and information exchange dimensions and relating these dimensions to the OTD process, was developed. Significant negative gaps between actual and demanded volume flexibility and delivery flexibility were identified, while significant positive gaps were found for information exchange flexibility. The factor analysis revealed three factors. The regression analysis verified that OTD-related information exchange flexibility and OTD-related volume and delivery flexibility explain the variation in OTD-specific flexibility, and are important antecedents for supplier flexibility in the OTD process. Research limitations/implications A contribution to research is the framework – with defined, related and empirically validated flexibility types.
The study proposes a perception-based way to capture supplier flexibility in the OTD process, which is of practical relevance when evaluating suppliers. Identifying, conceptualizing and capturing types of supplier flexibility in the OTD process is new related to academic literature. The wide empirical study, mapping supplier flexibility gaps, is unique in its focus.
order-to-delivery process
framework
Supplier flexibility
survey
Author
Helena Forslund
Linnaeus University
Patrik Jonsson
Chalmers, Technology Management and Economics, Supply and Operations Management
Stig Arne Mattsson
Linnaeus University
International Journal of Physical Distribution and Logistics Management
0960-0035 (ISSN)
Vol. 51 1 4-24Subject Categories
Other Mechanical Engineering
Transport Systems and Logistics
Business Administration
Areas of Advance
Transport
Production
DOI
10.1108/IJPDLM-08-2019-0265