Energy dispersive X-ray fluorescence spectrometer XD-8010
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The XD-8010 energy dispersive X-ray fluorescence spectrometer has a uniquely designed optical path that minimizes the distances between the X-ray source, sample and detector, while maintaining the flexibility to switch between different filters and collimators.This greatly increases the sensitivity and reduces the detection limit.
Specifications
Three different types of radiation safety systems, software interlocks, hardware interlocks and mechanical interlocks will completely eliminate radiation leakage in any operating conditions.
The XD-8010 has a uniquely designed optical path that minimizes the distances between the X-ray source, sample and detector, while maintaining the flexibility to switch between different filters and collimators.This greatly increases the sensitivity and reduces the detection limit.
The large volume sample chamber allows direct analysis of large samples without the need for damage or pretreatment.
Simple one-button analysis using a user-friendly and intuitive programming interface.Professional training is not required to perform basic operations with the tool.
The XD-8010 provides fast elemental analysis of elements from S to U with configurable analysis time.
Up to 15 combinations of filters and collimators.Filters of various thicknesses and materials are available, as well as collimators from Φ1 mm to Φ7 mm.
The powerful report formatting feature allows you to flexibly configure automatically generated analytical reports.Generated reports can be saved in PDF and Excel formats. Analysis data is automatically saved after each analysis.Historical data and statistics can be accessed at any time from a simple query interface.
Using the camera for the instrument sample, you can observe the position of the sample relative to the focus of the X-ray source.The sample images are taken at the beginning of the analysis and can be displayed in the analysis report.
The software spectrum comparison tool is useful for qualitative analysis, identification and comparison of materials.
Using proven and effective methods of qualitative and quantitative analysis, it is possible to ensure the accuracy of the results.
The function of selecting an open and flexible calibration curve is useful for various applications, such as the detection of harmful substances.
