By Gatan
Integrated technologies combine multiple analytical techniques—energy dispersive x-ray spectroscopy (EDS), electron backscatter diffraction (EBSD), cathodoluminescence (CL), backscattered electron (BSE), and wavelength dispersive spectroscopy (WDS)—into unified systems that deliver comprehensive materials characterization. These systems enable simultaneous acquisition of elemental composition, crystallographic orientation, optical properties, and high-resolution spectral data, streamlining workflows and enhancing analytical depth. Advantages of integrated technologies - Achieves comprehensive characterization: Reveals the full structure-function relationship of materials through multi-modal (EDS, EBSD, BSE, CL, and WDS) analysis. - Detects fine details with high sensitivity and resolution: Uncovers trace elements and subtle crystallographic features that are often missed by individual techniques, thanks to the combined sensitivity and resolution of integrated analysis. - Correlates and enhances result accuracy: Minimizes sample drift and alignment errors using a unified, coordinated platform. - Simplifies material characterization workflows: Reduces complexity and training time with integrated software and hardware solutions. - Streamlines analysis: Accelerates data collection and improves throughput with seamlessly integrated technologies.
