Energy Dispersive X-ray Fluorescence Spectrometers Comparison

This page provides a quick overview of 3 models of Energy Dispersive X-ray fluorescence spectrometers. Our product lineup includes the EDX-7200 flagship model, which supports compliance of the newest consumer and environmental regulations; the EDX-8100, which offers a high level of accuracy and speed when analyzing elements and can also detect ultra-light elements; and the EDX-LE, which is designed specifically for screening elements regulated by RoHS/ELV directives. Choose the model that best suits your analysis needs.

Summary of Product Features
Comparison Table
FAQ

1. Summary of Product Features

EDX-8100

Unrivaled Analytical Performance
• High sensitivity, high speed and high resolution

Comprehensive Quantitation Functions
• Supports calibration curve, fundamental parameter, film FP, background FP methods

Easy-To-Use Operation
• Easy instrument startup and automatic X-ray tube aging
• Support various data output formats

EDX-7200

High Speed, High Sensitivity and High Accuracy
• Improved performance helps to reduce measurement times and enhance the reliability of the analysis results.

Extremely Flexible
• Accommodates all types of samples from small to large, from powders to liquids.

Functional Design
• Large sample chamber with small footprint

2. Comparison Table

Model	EDX-8100	EDX-7200
Main function	Multipurpose model + Light element analysis	Multipurpose high-end model
Applications	・Multipurpose ・Chemical, food, ・RoHS compliance	・Multipurpose ・RoHS and TSCA compliance ・Contaminant, petroleum, thin-film analysis
Measuring range	₆C to ₉₂U	₁₁Na to ₉₂U
Sensitivity*²	1	1.7
Measurement atmosphere	Air/Vacuum/ He
Sample replacement	12-sample turret
RoHS extended elements	Cl, Sb	Cl, Sb, P, Sn
Detector	High-performance SDD (able to detect light elements)	High-performance SDD

*1: Only available in China, Taiwan, Southeast Asia and Korea.
*2: The value is calculated by using 1 as the inverse number of EDX-8100’s detection limit of lead (Pb).

3. Frequently Asked Question

Q: What is mean of Ka and Kb in quantitative profile?

in a qualitative profile, Ka and Kb are appended after the chemical symbol. What are these?

A:

These are spectral line names.Multiple lines are generated by a single element.
FeKa: FeKα
FeKb: FeKβ
FeLa: FeLα
FeLb1: FeLβ₁

Find out more information of FAQ for Energy Dispersive X-ray Fluorescence Spectroscopy(EDX).

FAQ

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Energy Dispersive X-ray Fluorescence Spectrometers Comparison