Our partner

Benchtop Micro-XRF Spectrometer Systems

ATLAS from iXRF Systems

The benchtop micro-XRF spectrometer ATLAS manufactured and developed by iXRF Systems is the latest general-purpose Energy Dispersive X-Ray Fluorescence (EDXRF) system.

With the smallest X-ray spot in the industry at 5 μm, it has an optimized analysis speed without compromising accuracy.

ATLAS provides a wide elemental mapping of elements from sodium (Na) through uranium (U) in the standard detection configuration or carbon (C) through uranium (U) in the Light Element (LE) detection configuration.

Features

Solid, liquid or powder raw samples can be analyzed
Large sample chamber volume
Spot size down to 5 μm with anti-halo optics
Ready to use all-in-one software for multiple applications
Unprecedented detector active area: up to 600 mm2 with 4 SDD detectors

Further information

Designed to visualize and analyze a wide variety of sample types, ATLAS is suitable for multiple applications, with a powerful integrated software, the highest detector active area and an innovative perpendicular X-ray micro-spot tube geometry.

The ATLAS system is available in two different versions, X and M:

Atlas-X:

sample chamber size of 950x650x365mm
600x300x150mm motorized X, Y, Z stage
secondary X-ray source up to 60 kV

Atlas-M:

sample chamber size of 508x457x254mm
320x320x120mm motorized X, Y, Z stage
secondary X-ray source up to 40 kV

However, the maximum scanning speed for the two systems is unchanged, regardless of the stage, as well as the size of the micro-spot of the primary source and the speed of movement of the sample.

ATLAS micro-XRF system features the most voluminous sample chamber available on the XRF market, allowing for automation of more samples with a wide area-mapping capability. The instrument can measure the composition of a vast range of sample types, whether small or large, even or irregularly shaped. With its large high-speed stage, it supports 2D scan analysis of any kind of sample: solids, liquids, powders, thin-films and particles. The optional Light Element detection configuration confers also a superior light element (low-Z) sensitivity to the system.