Shimadzu Corporation

Wavelength Dispersive X-Ray Fluorescence Spectrometer (WDXRF - Sequential) | XRF-1800

Wavelength Dispersive X-Ray Fluorescence Spectrometer - WDXRF
With the pioneering spirit of local analysis, mapping and the 4 kW thin-window X-ray tube, the Shimadzu XRF-1800 X-Ray Fluorescence Spectrometer (Wavelength Dispersive X-Ray Fluorescence Spectrometer) reviews hardware and software to refresh these technologies and provide a more reliable, more functional and achieves a more functional system.
  • Iron and Steel Industry
  • Non-ferrous metals, Ceramics
  • Chemicals, Catalysts, Polymers
  • Pharmaceuticals and Medical treatment
  • Environment and Industrial wastes
  • Electronics and Magnetic Materials
  • Petroleum and Coal Industry
  • Agriculture and Food Industry

Sample of Mapping

World first 250µm Mapping for wavelength dispersive analysis. This enables to analyze content distribution and intensity distribution of non uniform sample.
Sample of mapping

High-order X-ray Peak Decision

System can switch first-order profile to high-order profile display. User can do more accurate evaluation of higher-order peak interference.

High-order x-ray peak decision
 

Film Thickness Measurement with The Background FP Method

System can calculate theoretical scattering x-ray intensity by original background-FP method.
Inorganic component or polymer thickness can be estimated by this calculation method.

Film thickness measurement with the background FP method


Local Analysis

The analysis position and image can be superimposed by importing an image after positioning the sample holder at the analysis chamber insertion position in the same way as at the sample analysis position.

Local analysis
 

Reliable X-ray Tube

4 kW thin-window X-ray tube for high reliability and long life. Compared with conventional 3 kW tube, more than double of sensitivity is achieved in light elements.

Reliable x-ray tube
 

Expertise Condensed into Template and Matching Functions

7Ease of use – template and matching functions based on Shimadzu expertise. Optimal conditions can be created based on prepared conditions for sample forms like liquid, powder, solid, metal and oxides.

Expertise condensed into template and matching functions

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