Page 4 - Material Characterizations

Energy EDX Energy Dispersive X-Ray Fluorescence Spectrometer EDX

Dispersive

X-Ray WINNER OF IBO 2014 GOLD AWARD

Fluorescence EDX-7000/8000 EDX-7000/8000 NEW No Experience Necessary

Spectrometer Perfect for Beginners

EDX One EDX over all others Meet FDA 21 CFR Part 11 Requirements

• Unique user authentication by ID/password, operation logging and screen locking.
NO Liquid nitrogen required √ Security Functions
Key Features and Capabilities √ Operation Log Output Functions
• High performance Silicon Drift Detector (SDD)
• High sensitivity, high resolution & high speed • Allows authorized personnel to output history of user operations or changes of system configuration
• Sleek design with small footprint setting as audit trail logs.
• Solid, liquid, powder & thin film
• Analysis in air, vacuum*, helium-purged* environment NO Liquid nitrogen required
• 12-sample turret* for solid & liquid samples √ PDF Output Functions
• New intuitive software for RoHS*, halogen*, antimony*, Model specifically for
tin* screening & general applications Validation Functions
• Minimum maintenance required √ RoHS/ELV screening
• Coating thickness measurement • Integrity-checking software is built-in to identify any tempering.
• NO liquid nitrogen required
Elemental Analysis EDX-LE

EDX Applications for Pharmaceutical Industry
Measurement Range
How It Works • EDX-7000 11Na to 92U • EDX was adopted as a general analytical method of USP from 1 May 2015.
An X-ray source irradiates a sample, which in turn emits fluorescent • EDX-8000 6C to 92U • Described in USP<735> X-Ray Fluorescence Spectrometry
x-rays. The fluorescent X-rays are characteristic of the material. This • Main focus is analysis of impurity Key Features and Capabilities
information is used to identify an unknown sample. • Advantages: No sample preparation, non-destructive analysis and few easy steps (as shown below)
• Solid, liquid, powder & thin film*
• Intuitive software for RoHS, halogen*, antimony*,
The intensity of the X-rays is indicative of the concentration of the
material within a sample. If a standard is available, a calibration curve tin* screening & general applications*
can be developed to measure the concentration accurately. • Analysis in air environment
• Minimum maintenance required
On the other hand, it is possible to estimate the concentration using NEW • Coating thickness measurement*
theoretical method in the absence of a standard. • NO liquid nitrogen required

Major Advantages Areas of Application Measurement Range
EDX-7000
Unlike ICP analysis or AAS analysis • Electrical & Electronic Materials Assemble Sample Cup Pack Sample Set Sample for Analysis Select Program & Start • EDX-LE 13AI to 92U
which requires meticulous sample • Chemical industry
pre-treatments, EDX analysis requires • Petroleum & Petrochemicals Detection Limit of EDX Unit : μg/g
minimum or no sample pre-treatment. • Building & Construction Materials
Quantitation is possible in the absence • Medical Supplies Integration Time Cr Ni As Ru Pd Pt
of a standard. This Is accomplished using • Agriculture and Food Products 300sec 0.4 0.4 0.09 0.6 1.1 0.3
theoretical approximation. • Iron, Steel & Non-Ferrous Metals
• Machinery & Automobiles 1,200sec 0.2 0.3 0.03 0.3 0.5 0.2
• Environment EDX-LE * Optional Item
It was calculated from standard deviation after 10 repeat measurements using cellulose blank sample.

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