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Automated Mineralogy Products & Solutions

QEMSCAN
QEMSCAN 650F


MLA Product Image
MLA 650


Helios Nanolab 650 ver 2
Helios Nanolab 650


QEMSCAN 650 & 650F

QEMSCAN® (an acronym for Quantitative Evaluation of Minerals by Scanning electron microscopy) is a fully automated, non-destructive, high throughput micro-analysis system that provides rapid, statistically reliable and repeatable, mineralogical, petrographic and metallurgical data, from virtually any inorganic, and some organic, materials. It is considered a solution, rather than a tool, because it has been developed for specific industrial applications.

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MLA 650 & 650F

The MLA 650 is a high throughput automated mineral analyzer used mainly in the natural resources industry to optimize the performance of mineral processing operations. With its sophisticated backscattered electron (BSE) imaging capabilities and fast X-ray analysis, the established MLA 650 is a valuable solution for many ore characterization, plant design and feed analysis applications. The data gathered by the MLA is therefore invaluable to metallurgists, geologists and mineral processing engineers. The flexibility of the MLA 650 can bring value to a wide variety of research and education users.

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Helios NanoLab™ DualBeam™ 650

The Helios NanoLab™ technology is used by geologists and reservoir engineers to perform  2D and 3D rock characterization on cuttings and micro-cores. It utilizes unique DualBeam™ technology, which combines FIB (Focused Ion Beam) milling and SEM (Scanning Electron Microscope) analysis. Automated sequential sample milling and imaging allows for the creation of serial 2D images, which in turn leads to 3D volume reconstructions. From these data, textures such pore networks, can be visualized and quantified at the micron to nano-scale.

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