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The purpose of this paper is to develop and justify a theoretical framework for analyzing the relationship between manufacturing strategy, business strategy, time-based manufacturing competence, capability and competitiveness and their impact on firm performance for firms operating in the manufacturing sector. Many executives and scholars have argued that time is an important component for developing a brilliant strategy to achieve a sustainable competitive advantage for the firm.

This paper provides a theoretical framework primarily concerned with the relationship between time-based manufacturing competence, competitive priorities and firm performance. The framework suggests that firms focusing on time as a strategic factor at both strategic levels – business strategy and manufacturing strategy – can achieve a multi-competitive advantage, and, in turn, high performance.

To realize the level of performance associated with time-based manufacturing competence, it is essential for firms to identify the areas in which time can be reduced. These include reduction in design lead time, product concept to production; time-based competition for product-to-market firms; time-based manufacturing competence; product development activities; fast-to-product; and customer service.

This article provides a theoretical framework for linking manufacturing strategy to business strategy and performance to help expand the body of knowledge for other researchers to follow.

The purpose of this paper is to evaluate the relationship between time-based manufacturing competence (TBMC), time-based competitiveness, time-based manufacturing capability, and the performance of SMEs engaged in the steel minimill industry in the USA.

This study was based on an empirical investigation of manufacturing firms in the steel minimill industry in the USA. The sample of firms was provided by the US Association of Iron and Steel Engineers. In order to obtain valid and reliable measures of the variables, previously validated scales were used to measure all variables. The primary data for the study were collected from a self-administered mail survey of 137 SMEs with the sample consisting of 71 SMEs indicating a response rate of 52 percent.

Statistically significant positive relationships were found between all independent variables and performance. The results also indicate that the high performers have a higher TBMC than the low performers. The findings further confirm the assertion in the manufacturing strategy literature which states that time, as a strategic factor, is a source of competitive advantage.

From a methodological perspective, a potential concern may be that the measures are all self-reported. Consequently, the relationships tested may be susceptible to the influence of common method variance.

TBMC enables SMEs to offer high-quality products at low cost and in a timely manner. This reflects the value of the positive relationship between TBMC and business performance.

This study’s finding identifies the need for time-based competition. The literature suggests that the strategic focus on time enables firms to obtain a sustainable competitive advantage. Nevertheless, this suggestion has been based on conceptual rather than empirical research. The results of this study provide empirical support for that suggestion with respect to SMEs.

The main purpose of this paper is to investigate the current manufacturing strategies and practices of bus manufacturers in China, and to propose a framework of manufacturing strategies for time‐based competitive advantages.

The conceptual research framework is devised from a review of the literature, and case studies are used to investigate the manufacturing strategies and practices in place in the case companies. Data are collected through semi‐structured interviews and secondary documentation.

The results show that, with over‐capacity in the Chinese bus manufacturing industry, success is no longer determined by high productivity or low price; a quick response to the customers' tailored demands is essential in a climate of fierce competition. The suggested best practices for time‐based competitive advantages comprise building technical centers and post‐doctoral research stations, applying modularity logic, adopting radio frequency identification (RFID), and optimizing processes by, for example, involving customers and integrating inbound and outbound logistics.

The research results are limited within the context of the bus manufacturing industry in China.

The research results help both the practitioners and the researchers gain a better understanding of the practices of Chinese bus manufacturers from the perspective of time‐based competitive advantage. The proposed strategies and best practices have the potential to improve the manufacturing performance of this type of manufacturer.

This paper shows the big picture of manufacturing strategy and practice of bus manufacturers in the Chinese automobile industry. Furthermore, it presents a manufacturing strategy framework with best practice guidance to gain a time‐based competitive advantage.

Examines the adoption and strategic use of advanced manufacturing technologies (AMTs) by small manufacturing firms. Three major issues are explored: the differences between exporting and non‐exporting firms with regard to why they adopt AMT; the differences between exporting and non‐exporting firms with regard to how they adopt AMT; and the relationship between adopting AMT and exporting to global markets. Using multivariate analysis of variance (MANOVA), multiple comparison tests, pair‐wise comparisons, regression, correlation, and partial correlation analysis, the authors found that: exporting and non‐exporting firms adopt AMT for different reasons; exporting and non‐exporting firms adopt AMT in different ways; and there is a significant positive relationship between adopting AMT and exporting to global markets.

Agile manufacturing is largely dependent on the capabilities of its people to learn and evolve with change. However, while agile manufacturing uses e‐commerce enabled technology in a decentralized organizational setting, it remains unclear how these individual capabilities should be linked to other organizational resources to create an agile organization. Another important modern management research perspective is the internal resource‐based perspective, resulting in a phenomenon called competence‐based competition with renewed attention for competence management. Competence management comprises the management, building, leveraging and deployment of strategic and operational competencies, the causal relationships and linkages between them, and the way competencies are embedded in organizational and individual resources. In this paper, we explore the relation between agile management and time‐based competence management, and study its adoption in small batch discrete parts manufacturing environments with the help of a coarse fact‐finding survey research.

The importance of responding to time‐based competitive pressures has prompted US manufacturers to emphasize time‐based performance and deploy strategic action programs aimed at cycle time reduction. This study examines time‐based competition among first tier suppliers to the Big Three in North America. A comprehensive set of time‐based performance measures is defined and time‐related action programs associated with world class manufacturing strategies are identified. Relationships between time‐related action programs, time‐based performance, and overall firm performance are examined. The study shows that time‐based performance significantly affects overall firm performance and that manufacturing lead time is especially critical in the automotive industry. The study also identifies strategic action programs that result in improved performance on various dimensions of time‐based performance.

The evaluation of time-based performance is a valued approach in the lean management thinking which is based on delivering value from customer's perspective. This approach contributes for long-term competitiveness and success in today's business environment. The focus of this study is to analyse the cycle time and manufacturing lead time with value stream mapping (VSM) in the preparatory stage of the textile fabric manufacturing process and to identify and improve the non-value adding activities in the value chain (VC). The study presents an insight on the translation of performance improvement across functions and how upstream supply chain (SC) segments can be linked in the performance improvement program. It also covers how the application of VSM improves visibility and planning flexibility in textile fabric manufacturing process.

The time-based performance was evaluated using VSM and recording of the activity times in the existing process. The impact of the quality of supplier's raw material was also measured contributing to identify the strategy for procurement and the means to establish a feedback system to the upstream segments of the SC. The methodology of VSM, observation of the practice and the expertise of the individuals involved with the process were utilised to develop the value stream maps and to identify value adding activities, non-value adding activities, existing gaps and plans for improvement.

The means for improving the time-based performance were identified and their impact was measured. The factors responsible for improvement are related to the production system and with the procurement strategy. The improvement was achieved in terms of available capacity utilisation, balancing the work flow in the preparatory stages, visibility of the process by measuring its capability and flexibility for the planning function. The study revealed that the effectiveness and enhancement of VSM and related tools should be adopted to address the issue of limiting success rates of long term and repeating application of such tools. Continuous improvement, innovations and the systematic embedding of VSM in the process life cycle provide the ways for achieving long-term success.

The paper presents a real and in-depth study on the application of VSM in the textile manufacturing process. The scope of the study is broad; it covers activities across functions with actual estimates of activity times in the manufacturing process for the focused value streams. It offers researchers the opportunity to analyse the translation of productivity improvement across functions and how upstream SC segments can be linked in a performance improvement program.

The study offers useful insight for the managers in textile manufacturing and other sectors for improving the time-based performance and achieving higher utilisation of capacity. It identified the production factors and their impact on warping and sizing cycle time in selected value streams and those which share common activities. It also identified the directions for future research when repeating the application of VSM in the continuous improvement cycle. Furthermore, since the industries need to progress towards advanced systems including Industry 4.0 standards, adoption of advanced VSM tool with relevant technology can align their production systems to develop the required capability. This will also bring a sustainable competitive advantage in the system.

The focused sector is stagnant in terms of productivity and innovation. The adoption of the advanced tools can facilitate the implementation of continuous improvement and innovation strategies.

The main focus of this study is to analyse and improve the cycle time in the preparatory stage of the fabric manufacturing process. This has impact on other important and tangible measures including capacity utilisation and work flow and intangible measures including production planning flexibility and process visibility. The improvement impact is across departments.

Considers the recent development of time‐based management as a way of enhancing the competitive position of a manufacturing organization. Based on a review of literature related to time‐based management, several possible relationships between the use of time‐based competition and its benefits in attaining stated business goals are defined. Results of empirical investigation using the manufacturing firms in the State of Indiana are discussed and some preliminary conclusions about the use of time‐based competition strategies among manufacturing organizations are drawn. The results of this study suggest that a full‐scale study of international scope will be beneficial to judge the use of time as a competitive weapon among manufacturing firms.

For corporations competing in a global marketplace, time‐based management of their technology is becoming a significant resource. However, the concept of time in management of technology‐driven industrial organizations is not new. Classical management theorists like Frederick Taylor and others used time‐based management in “scientific” management of operations or for planning, organizing, scheduling, and controlling. However, due to opening of international barriers, fast changing technologies, and rapidly shrinking product life cycles, time‐based management is acquiring an increasing significance in its tactical and strategic roles. Develops a comprehensive taxonomy of time‐based management based on its three dimensions: form, origin and application. Discusses trade‐offs and linking of time‐based management with other strategic criteria, such as quality, performance, and delivery. Outlines six specific ideas for implementation of agility‐based strategy. Discusses some managerial implications for optimal utilization of time‐based management.

An empirical study of 57 top‐tier suppliers to the North American automotive industry examined the direct and complementary effects of information system infrastructure (ISI) and process improvements on time‐based performance. The results show that the three dimensions of ISI – design‐manufacturing integration (DMI), manufacturing technology (MT), and information technology (IT) – directly influenced at least one dimension of time‐based performance. For example, DMI influenced manufacturing lead time, MT influenced new product development time, and IT influenced customer responsiveness. Process improvement also directly influenced supply‐chain time performance. Finally, ISI and process improvement had a positive and complementary effect on time‐based performance. Specifically, the IT factor along with process improvement variables (standardization and concurrent engineering) had a complementary and significant positive influence on time‐based performance. The findings strongly support the idea of joint deployment of information system infrastructure and process improvement to streamline cycle time performance in a supply chain.