Relex provides a uniquely integrated solution to your reliability and maintainability analysis needs. Our suite of data analysis tools work together seamlessly to address a wide range of goals for assessing risk, improving quality, and ensuring highly reliable products. Every module includes consistent interface design and navigation, a robust common database platform, user-extensible libraries, and the ability to link data across modules for real-time updates. Relex offers complete, comprehensive data analysis capabilities to help any organization reach their goals for quality, safety, and reliability.

Learn how each of the Relex modules works individually or together to meet all of your data analysis needs:

Combines an intuitive graphical depiction of fault trees and event trees with powerful analytical tools to assess the risk and reliability of complex processes and systems

(Failure Mode and Effects Analysis) provides an automated solution to quickly, easily, and consistently analyze the potential failure modes of your system and their resulting effects

(Failure Reporting, Analysis, and Corrective Action System) provides a flexible, comprehensive tool for controlling a range of closed loop corrective action processes

Based on established NASA methodology to facilitate the analysis of potential human error throughout processes and assess the corresponding risks

Provides user-defined cost breakdown analysis throughout the life of a product, including design, manufacturing, maintenance, and warranty

Uses an industry-standard approach to organize maintainability analyses, allowing you to calculate a full range of maintenance-related metrics

Combines flexible, intuitive diagramming tools with powerful analytical capabilities to help you model even the most complex systems and calculate their key reliability metrics

Combines intuitive reliability block diagramming tools with powerful optimization and simulation calculations to analyze the performance and lifetime costs of complex, real-world systems

Based on industry-standard methodology to provide a comprehensive, easy-to-use tool for estimating system reliability and MTBF (Mean Time Between Failures)

Helps you analyze many different types of life data to discover failure trends and predict failure behavior using reliability growth analysis, Weibull analysis, and related distributions