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Learn more about how the Thermo Scientific Apreo ChemiSEM System can support your work with these eBooks and datasheets.
Review the TruePix EBSD Detector for the Apreo ChemiSEM's specifications.
Learn more about how the Apreo ChemiSEM System can help simplify your imaging, chemical analysis, and material characterization.
Review the Apreo ChemiSEM System’s specifications.
Learn about ChemiSEM Technology’s features and browse packages.
Characterization of high-temperature corrosion and particle analysis with the Apreo ChemiSEM
Comprehensive analysis of precipitates, dispersoids, and microstructure with SEM, STEM, EDS, and EBSD
Comprehensive characterization of a thermal barrier coating via ChemiPhase and Avizo 3D
Learn how ChemiSEM Technology integrates SEM and EDS functions.
Read an overview of ChemiSEM Technology.
See how the Apreo ChemiSEM makes chemical analysis and structural characterization straightforward. Suitable for both beginners and experts, it delivers user-friendly operation, high-resolution results, and combines chemical analysis with EBSD data.
Our user-friendly SEM offers high-performance imaging with integrated chemical analysis and structural characterization. Ideal for beginners and experts, it offers ease of use, high-resolution results and integrated chemical analysis and EBSD data.
Discover how Apreo ChemiSEM simplifies customer workflows by integrating advanced imaging, chemical analysis (EDS), and structural information (EBSD) into a single platform.
ChemiPhase offers live phase mapping to fully characterize NiSuperalloy materials. It provides quantification and spectra for each phase, along with area percentage across the field of view
ChemiPhase provides crucial information for aerospace materials characterization. It separates and calculates composition of aluminum nitrides and oxides, allowing for a complete understanding of surface oxidation effects
ChemiPhase, crucial for a complete characterization of aerospace materials. Aluminum nitrides and oxides are separated and their composition automatically calculated, allowing characterization of the effects of the surface oxidation of the material.
ChemiPhase accurately identifies and assigns phases in zirconia mullite, including smaller features, providing quantification and spectra for each phase. Essential for refractories characterization
ChemiPhase identifies zirconia particles, mullite matrix, and unexpected contaminants in refractory materials. This knowledge helps assess quality and performance.
ChemiSEM Technology allows for point, region, linescan, and area mapping analyses. Operators can choose the best analysis mode with options for fine-tuning and post-processing
ChemiSEM Technology provides live quantitative mapping, ensuring reliable results by processing data during acquisition. Avoids artifacts and guarantees accuracy
ChemiSEM Technology incorporates robust algorithms to assign elements accurately, even with overlapping peaks, regardless of SEM operating conditions
ChemiSEM Technology enables seamless transitions between imaging and EDS analyses, eliminating the need to switch software. It offers a wide range of options and features for efficient analysis.
Streamline imaging workflows with Smart Frame Integration (SFI). Explore advanced digital enhancement, precise detector models, and fast autofunctions for an exceptional user experience
Master the art of phase analysis with ChemiPhase in ChemiSEM. Explore the advanced capabilities of ChemiPhase, enabling accurate identification of material phases with pixel-perfect precision.
Fast and reliable autofunctions offer the convenience of avoiding the daily challenges associated with system alignment. These autofunctions are particularly beneficial for novice users who may not have the expertise to achieve high-resolution results manually. By automating the alignment process, these functions save valuable time for experienced operators, allowing them to dedicate more effort to data analysis instead of spending excessive time fine-tuning the tool.
For Research Use Only. Not for use in diagnostic procedures.