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Analytical Sciences Analytical Sciences / Inorganic spectroscopy / XRF analyzers / Epsilon 1
Galery
Galery

Epsilon 1

Malvern panalytical

Galery
Galery

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Small, powerful and portable XRF analyzer

The Epsilon 1 is a portable and safe alternative to a handheld XRF analyzer or XRF gun

Advantages

Epsilon 1 is built for the characterization and analysis of any type of sample in many industry segments such as cement, cosmetics, environmental, food, forensics, metals and coatings, mining and minerals, nanomaterials, petrochemicals, pharmaceuticals, polymers and RoHS-2.

Description
Specification
Applications
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The Epsilon 1 is a fully integrated energy dispersive XRF analyzer consisting of a spectrometer, built-in computer, touch screen and analysis software. Powered by the latest advances in excitation and detection technology the Epsilon 1 is a star performer in the low-cost benchtop instrument class.

Epsilon 1 produces fast, cost-effective, precise and accurate data with minimal operator dependence and sample preparation. The total running cost is therefore much lower than other analytical techniques such as AAS, ICP and wet chemical methods that are costly and also require a dedicated skilled operator.

Non-destructive analysis

The measurements are carried out directly on the sample itself with little to no sample preparation. Since XRF is a non-destructive technique, the sample can also be measured subsequently by other analytical techniques, if required.

Maximum sensitivity

The thin window Ag anode X-ray tube, designed and manufactured by Malvern Panalytical, ensures high quality and sensitivity. The 50 kV X-ray tube and generator is ideal for exciting heavier elements, resulting in faster analysis times and higher accuracy.

Easy communication

USB and network connections for use of standard computer peripherals for extended use, application development and seated operator.

Atmospheric variations

Low-energy X-ray photons characteristic of sodium, magnesium, aluminum, silicon, phosphorus and sulfur are sensitive to air-pressure and temperature variations. Built-in temperature and air-pressure sensors compensate for these atmospheric variations, ensuring excellent results whatever the weather.

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