News and Articles
Stay informed with the latest insights from Clemex, a leader in advanced image analysis and microscopy solutions. Our blog features company news, industry trends, technical expertise, and real-world case studies demonstrating how image analysis technology helps laboratories and industrial organizations achieve precise, reliable results across a wide range of applications.
2022-10-12
Clemex Studio for Metallography Applications: Grain Size
Increase image analysis efficiency with Clemex Studio. Use machine learning and web-based annotation tools to simplify complex grain size workflows.
2022-03-11
Microstructural Fineness in Aluminum Castings
Explore the role of Clemex software in validating the Universal MLDS formula for secondary dendrite arm spacing in aluminum casting research.
2021-03-24
Grain Size Module for Martensitic Structures
Clemex Vision's Grain Size Application Package now includes a machine learning algorithm for martensitic structures — fast, robust, and reproducible grain boundary detection.
2021-03-24
Driving Machine Learning Innovation
Learn how our latest machine learning algorithm automates the identification of complex martensitic structures at high-throughput scale.
2020-06-04
Calibrating Your Microscopy Systems: How & Why?
Why and how to calibrate your microscopy system with a fully traceable stage micrometer to keep measurements accurate, repeatable, and standards-compliant.
2019-12-19
Recorded Webinar: Automated Steel Inclusion Rating
Recorded webinar on automated steel inclusion rating for the ISO 4967 and ASTM E45 test methods, presented by Raymond Taza of Clemex Technologies.
2018-11-21
Automated sulfides quantification by multispectral optical microscopy
A study on identifying and quantifying six common sulfide minerals on a polished section using multispectral optical microscopy and automated image analysis.
2018-11-20
Evaluating Grain Size Refinement of Aluminum in the Aerospace Industry
How grain refinement improves the strength and ductility of aerospace aluminum alloys, and how automated image analysis quantifies grain size.