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Analytical and testing laboratories play an essential role in assessing a wide range of materials, delivering unbiased results to benefit manufacturers and consumers alike. Typical tasks include material inspections, failure analysis, and competitor comparisons.
To execute these tasks effectively, thermal analysis techniques, such as DSC, TGA, TMA, and DMA, provide valuable insights into material quality.
Validated Systems for GLP and ISO/IEC 17025 Compliance
To meet regulatory requirements such as GLP and ISO/IEC 17025, validating your computerized thermal analysis system is key. This guide breaks down what must be validated, and offers tips for the process. For example, integrating STARe thermal analysis software enhances automation capabilities, enabling reliable and reproducible measurements. It also facilitates accurate data generation and traceable documentation.
Download the guide for a comprehensive overview of thermal analysis techniques and applications for testing environments, as well as tips on validating your computerized system to ensure full laboratory compliance.
What You Can Find in the Guide
- Typical thermal effects and properties, together with the main thermal analysis techniques used to measure them.
- Overview of GLP and ISO/IEC 17025 requirements, including validation strategies for computerized thermal analysis systems.
- Automated solutions for optimized workflows, highlighting the unique features of STARe software that support compliance and accreditation.
- Practical application examples with helpful tips for interpreting results.
- Guidance on estimating measurement uncertainty.
- Strategies for achieving data integrity with STARe software.
- Best practice for calibrating and adjusting your instrument.
