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Design

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Application of ISG Technology results in more reliable information about the products designed. As a consequence, additional valuable data contribute to design upgrading and quality improvement, to reduce the period of time before the product is accepted to quantity production and enhance efficiency and productivity.  

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Production

Production

Application of ISG Technology secures quality assurance of machine's components and superstructures to reduce the release of poor quality products.  

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Operation

Maintenance

Application of ISG Technology creates proactive maintenance, which operates without interfering with normal operations. Our technique anticipates failure of components and structural members at an earlier stage allowing repairs to be undertaken. The economic advantages of this option are self-evident.  

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Articles & Case Studies

Sensing method predicts the fatigue life of materials

This article was originally published in Design Product News (DPN) Magazine, May 2005 issue.

The ultimate goal of the fatigue diagnosis of components and load-carrying structures is to obtain data regarding service life under specified service conditions. The solution lies in solving the following three problems: to detect critical areas; to evaluate stress and strain in the critical areas of the components; to predict service life and evaluate fatigue strength.

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Drive down development time with direct sensing

This article was originally published in Design Product News (DPN) Magazine, May 2006 issue.

Recently introduced ISG technology is a universal method of cyclic strain measurement and fatigue lifetime prediction with a large number of potential applications in industries such as aircraft, nuclear, machine building and automotive, with possible savings in the billions of dollars.

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