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In today's fast-paced and dynamic world, manufacturers and researchers face increasing challenges to meet stringent quality standards and ensure the reliable performance of their products. Particle analysis has emerged as an indispensable tool in achieving these objectives, providing invaluable insights into the composition, size, shape, and distribution of particles present in various materials and fluids.
In the battery industry, where energy storage and efficiency are paramount, particle analysis plays a vital role in understanding battery quality, lifetime expectancy, and failure modes. By examining and optimizing particle characteristics, manufacturers can enhance the performance and lifespan of batteries, leading to longer lasting and more sustainable energy storage solutions.
In steel manufacturing, particle analysis is of utmost importance as it directly influences the mechanical properties and overall quality of steel products. Accurate identification and quantification of inclusions and contaminants in steel can help prevent defects, improve material strength, and ensure compliance with industry standards, ultimately bolstering the safety and reliability of steel components.
In other areas of technical cleanliness, where even minute particles can cause significant issues, particle analysis is indispensable. Industries such as aerospace, medical device, and semiconductor manufacturing rely on stringent cleanliness requirements to ensure product functionality and integrity. By employing advanced particle analysis techniques, manufacturers can maintain the desired level of cleanliness and mitigate the risks associated with particle-induced malfunctions or contamination.
Embark on a journey of precision, reliability, and excellence across the battery, steel, automotive, and technical cleanliness sectors. Let our expertise in particle analysis elevate your products to new heights, ensuring a future of uncompromising quality and customer satisfaction.
Automotive manufacturers, constantly striving for enhanced performance and safety, heavily rely on particle analysis for quality control and failure analysis. By scrutinizing particles in engine fluids, lubricants, and fuel systems, they can identify potential sources of wear, contamination, or defects, allowing them to implement targeted improvements and maintain the highest standards of automotive engineering.
When investigating crimes scenes, investigators use particle analysis to determine whether a given individual or firearm was used in the incident in question. If the analysis reveals common search criteria, such as the presence of lead, barium, and antimony, the sample could be confirmed as the result of a gunshot and used as supporting evidence in the investigation.
Thermo Scientific Perception Automated Particle Analysis Software provides a fully integrated, automated, and user-friendly solution for particle analysis on an SEM. Perception Software offers:
Easily perform comprehensive particle analysis
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Streamline your work with seamlessly integrated hardware and software
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Automatically create application-specific reports
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From automotive parts and steel manufacturing to quality control and the complete GSR workflow, Perception Software offers a highly integrated solution for automated particle analysis with EDS. It simultaneously offers high standardization for battery, steel, automotive, and cleanliness workflows and enough flexibility to finetune to your exact processes and requirements. The software is also compliant with many international standards, including GSR norms, and offers integrated reporting for court cases and many routine applications. The software can easily be adapted to comply with local regulations, analysis standards, or specific ammunition types.
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In this webinar, we provide an overview of Thermo Scientific Perception Software and discuss how it automates SEM analysis of non-metallic inclusions in steel, enabling faster and more reliable data collection.
In this webinar, we’ discuss how Thermo Scientific Perception Software can help you detect and characterize contaminants to improve overall product quality.
In this webinar, we discuss how automated particle analysis can help manufacturers obtain fast, reliable, and reproducible data about battery quality. Watch on demand to learn how particle analysis can help improve battery quality and to see a demonstration of Thermo Scientific Perception Software’s flexible reporting tools.
This webinar introduces our all-in-one software package that can turn your scanning electron microscope (SEM) of choice into a dedicated solution for your particle analysis needs. In this webinar, we cover Perception Software’s most common applications, including everything from enhancing product quality to helping solve crimes.
In this webinar, we demonstrate how Thermo Scientific Perception Software on the Thermo Scientific Axia ChemiSEM Scanning Electron Microscope can be used to automatically acquire morphological and compositional data on particles, powders, and inclusions. Watch on demand to learn the basics of the software and how it can support quality control in technical cleanliness, battery analyses, steel inclusion analysis, and additive manufacturing powder analysis.
For Research Use Only. Not for use in diagnostic procedures.