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In today’s fast-paced world, implementing Quality Control by Thermal Analysis is essential for laboratories seeking to maximize efficiency without compromising quality and safety.
Our free guide reveals how METTLER TOLEDO thermal analysis systems, combined with the versatile STARe software, can optimize your quality control workflows. Explore practical applications and real-world examples of quality control tests using techniques such as DSC, TGA, TMA, and DMA.
Download this comprehensive guide to discover effective strategies for increasing throughput, ensuring regulatory compliance, and consistently delivering top-quality products. Unlock the full potential of your QC workflows today!
What You Will Find in the Guide:
- Requirements for quality control systems: SOPs, acceptance criteria, audits, data integrity, etc.
- An overview of thermal analysis techniques: DSC, TGA, TMA and DMA.
- Important thermal effects and material properties used in quality control: Tg, melting, purity, decomposition, OIT and OOT, curing, and stability.
- Automation solutions to boost QC productivity, including STARe software features that optimize your workflows.
- Calibration solutions to ensure the accuracy of your measuring equipment.
- Useful thermal analysis applications used in QC labs:
- Composition analysis
- DSC “fingerprinting” for identification
- Melting peak and crystallinity
- Glass transition by DMA
- Coefficient of thermal expansion (CTE)
- Thermal stability
- Oxidation onset temperature (OOT)
- Curing degree
How to Increase Efficiency with STARe Quality Control
The STARe software option, Quality Control, offers a comprehensive set of features designed to streamline your processes:
- Automatically track product quality
- Compare curves with an online reference
- Store results in material-specific tables
- Use statistics tables to track deviations over time
- Automate evaluation, assessment, and data transfer to tables
- Easily and securely export data to Excel
