Bring the Synchrotron to Your Laboratory

Our Systems

We develop laboratory x-ray instruments for studying microstructure, chemistry, and composition. These instruments are enabled by patented ultrahigh brightness x-ray source and high efficiency x-ray focusing optic technology.

CHEMISTRY

QuantumLeap XAS
First commercial XAS system with sub-eV resolution. Two models: a vacuum-based system for low Z elements and an ambient system with fluorescence-XAS capabilities.

COMPOSITION

AttoMap µXRF
Highest resolution microXRF on the market, reaching down to 3-5 µm. Obtains excellent sensitivity with sub-ppm elemental mapping and quantification.

MICROSTRUCTURE

Apex XCT
Highest throughput, highest resolution (0.5 microns) 3D x-ray microscope designed for battery and semiconductor applications with acquisitions down to minutes.

MICROSTRUCTURE

EclipseXRM
Sigray’s most flexible system with the highest lensless resolution at 300nm spatial. Includes multiple x-ray contrast mechanisms such as a multi-spectral source and phase retrieval.

NANOSTRUCTURE

TriLambda
Highest resolution 3D x-ray microscope on the market at 40nm. Features the ability to change between 3 wavelengths (e.g., 1.7 keV, 5.4 keV, and 8 keV).

Sigray’s Mission

Sigray develops laboratory x-ray systems with powerful performance comparable to synchrotron systems. Synchrotron light sources provide intense beams of x-rays for enabling the world’s most cutting-edge research. However, time at these facilities is challenging to acquire. Sigray has developed breakthrough patented x-ray components and x-ray systems, including x-ray microscopy, micro x-ray fluorescence, and x-ray absorption spectroscopy.

Our X-ray Techniques

Our laboratory x-ray systems provide synchrotron-like capabilities for analyzing microstructure, chemistry, and compositional analysis.

MICROSTRUCTURE

X-ray Microscopy

CHEMISTRY

X-ray Absorption Spectroscopy

COMPOSITION

XRF Microscopy

APPLICATIONS (CLICK TO READ MORE)

Materials Science and In-situ | Full characterization suite for everything from 3D microstructure to composition and chemistry. All systems enable in-situ studies.

Batteries and Catalysts | Track chemical state and microstructural evolution over time and in-operando.

Semiconductor | From front-end dopant and organic contamination detection to 3D failure analysis at the highest throughput on the market.

Geosciences and Mineralogy | Quantitative elemental mapping at sub-ppm concentrations with XRF microscopy. 3D pore structure with XRM and nanoXRM.