Abstract

The business environment is changing. In the past, just selling products proved to be sufficient. Internationalization, decreasing revenues and technological competition are forcing companies to rethink their products and thus their business models. Today’s technological products offer new functionalities and therefore potential for services. However, more and more electronics and information technology is required. Consequently, the understanding of value creation is changing and accordingly traditional value chains have to be extended to meet these demands. Nevertheless, the extended value chain can help companies in developing proper business models; allow for a differentiation from competitive companies and for the identification of required competences. Shape memory actuator systems are good examples to illustrate these issues. This paper starts by shortly defining products, services and industrial productservice systems. Additionally, an overview about existing services in mechanical engineering is given and compared to services in general. The attention is then drawn to shape memory actuators in that their possible and existing services over their lifetime are discussed. Based on this, an integrated value chain for shape memory actuator systems is created which considers traditional value-added steps for products as well as new steps due to changing technology and the increasing importance of service. In relation to this, existing business models for shape memory actuator systems are analyzed and hypotheses for future business models are developed. For these hypotheses, opportunities and challenges as well as necessary competencies within this integrated value chain are highlighted. In this context, especially features of small and medium-sized companies are taken into account. Further studies should be performed to investigate shape memory applications regarding its value chain and its potentials for services. Moreover, value chains in combination with services as well as technology in general should be analyzed. Especially small and mediumsized companies are excellent examples to illustrate the developed business models.

Highlights

  • Shape memory actuators are mainly used in spaceand weight-reducing products

  • In combination with appropriate software, the freedom of design of developers for future product solutions based on shape memory alloy (SMA) actuators in the field of maintenance will increase

  • The low depth of value adding in the integrated value chain offers SMEs a chance to participate on this growing market, despite their limited resources

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Summary

Introduction

Certain business models like the SMA-electronic provider or engineering service provider cover particular value adding steps They are not oriented to the integrated value chain for shape memory actuator systems. It can be stated that the potential for innovative product solutions based on SMAs is hardly used and necessary competence for these are not covered by any company in the field of SMA actuator systems These potentials for companies are illustrated by the business model hypotheses, which are described below. SMA-engineering service providers protect their intellectual property through patents and secure their business models effectively against the competition Their high engineering expertise enables them to develop software solutions for the maintenance concepts within the value adding step service and besides intense their activities in consulting and software support of SMA actuators.

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