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Life Sciences
3D X-ray Microscopy (XRM)
XRF Microscope AttoMap-310

The AttoMap-310 provides trace element mapping capabilities with an exceptional sensitivity that is 1000 times higher than SEM-EDS. Sigray's proprietary X-ray source technology enables a spatial resolution down to <3-5µm and speeds up to 5ms/point, delivering a breakthrough solution for semiconductor research, mineralogy, and materials science.

High-Resolution Ultra-Trace Analysis
X-ray Photoelectron Spectrocopy (XPS) SPECS EnviroESCA

SPECS' EnviroESCA is an electron spectroscopy system for chemical analysis in real-world environmental conditions thanks to breakthrough (N)AP-XPS technology. The device operates at pressures of up to hundreds of mbar, integrating a micro-focused AlKalpha monochromatic X-ray source and Environmental Charge Compensation to automatically neutralize background charging. EnviroESCA minimizes the time from loading to measuring samples, ideal for research on biological materials, polymers, batteries, catalysts, and liquids.

3D X-ray Microscopy (XRM)
XRF Microscope AttoMap-200
MicroXRF laboratory achieves the highest resolution with a micron-sized unit (3-5 µm) using high-resolution optics. Sensitivity below ppm for quantification down to parts per million (ppm). Along with Sigray's flexible software packages for energy tuning, maximizing throughput and sensitivity with up to 5 different angled X-ray spectra.  
High-Resolution Ultra-Trace Analysis
X-ray Photoelectron Spectrocopy (XPS) SPECS EnviroMETROS

SPECS EnviroMETROS is the next generation of XPS surface measurement systems (Surface Hybrid Metrology) that is revolutionary, designed specifically for analyzing the chemical composition in depth of thin films from laboratory scale to semiconductor manufacturing. The system integrates core technology of angle-resolved X-ray photoelectron spectroscopy (ARXPS) that is fully automated, combining flexible multi-source X-ray energy and the ability to operate in a very wide pressure range from ultra-high vacuum (UHV) to near-atmospheric pressure (NAP). This is the optimal solution for analyzing layer structure and material properties without destroying the sample.

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