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Rain or shine, arctic cold or tropical heat the weather does not interfere with your analysis work. A fast, lightweight, handheld X-ray tube based XRF alloy analyser.

Flexible analytical capabilities enable use in all segments of the metals industry

The X-MET 3000TX is a rugged, handheld XRF analyzer which incorporates advanced x-ray tube technology. The X-MET 3000TX XRF alloy analyzer provides a fast and simple way to perform alloy analysis outside in the field, inside in the laboratory or on-site in the production facilities - anywhere accurate analysis and throughput are needed. X-MET 3000TX is the right solution whenever fast and effective scrap sorting is required.
 

A lightweight handheld X-ray tube based alloy analyzer to meet your changing requirements

As standard, the X-MET 3000TX has an alloy library containing

  • Nickel Alloys

  • Stainless Steels

  • Cobalt Alloys

  • Low Alloy Steel

  • Tool Steels

  • Copper Alloys

  • Titanium Alloys

  • Aluminum Alloys
    (heavy alloying elements)

New alloys can be added easily at any time, any site.

The Windows CE based PMI software includes different analysis modes according to user's needs:

  • Grade ID

  • Quantitative chemistries

  • Spectra Match with factory provided library or user created alloy library

Combined analytical reliability and flexibility

Measurements with the X-MET 3000TX, can utilize either Fundamental Parameters (FP) or Empirical assay models. FP calibration is fast and easy, no user calibration standards are required. The standard version analyzes the 25 most common elements from Ti to U. The elements analyzed can easily be customized according to the user requirements.

Empirical calibrations are used when maximum accuracy is required, when measuring trace elements, or when measuring coating thickness.

Quick and effortless measurements - point and shoot

Grade ID of a sample is obtained in 2-5 seconds and full assay in 5-10 seconds.

No prior information about the sample composition is required.

Just point the probe at the sample, pull the trigger and read the result.

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