Gold analysers (XRF)

EDX3000 XRF Spectrometer

Product description

Instrument introduction

EDX3000 incorporates Skyray’s years of experience in precious metal testing with its unique product configurations and fully functional software. Its ergonomically design and friendly software interfaces grant the users a simple measurement job.

Performance characteristics

Stable X-ray tube
Electric-cooling Si-Pin detector instead of liquid nitrogen cooling detector
Skyray patent product-Signal-to-Noise Enhancer (SNE) improves the stability and accuracy of the measurement greatly.
In-built high resolution camera, convenient for users to analyze samples at any moment
Digital pulse processor handles the data rapidly and accurately
Amplifier circuit
High and low voltage power
Single sample chamber, open and close manually, safe and convenient
Non-vacuum Chamber
Triple safety protection mode
Multi-variant non-linear regression procedure
independent matrix effect correction model
Overall steel structure; elegant and fashionable
Specially developed software with friendly interface
Accurate measurement even when no standard sample
Timely display of high definition graphs, carefree measurement

Mainly used for testing precious metals; also applicable to plating thickness and RoHS testing
Fields requiring analysis of precious metals by X-ray Fluorescence Spectrometry
Jewelry stores and other places
Added inner wall test and micro area test functions
Au, Ag, Pt, Pd, Cu, Zn, Ni, etc.
Electronic and Electric Appliances (RoHS)
Toy & Ceramics
Metallurgy & Minerals

Model

EDX 3000, energy dispersive precious metals and plating thickness analyzer

Detector

Si-PIN detector

Excitation source

X-ray tube

Tube voltage

5-50 kV

60-200 s

Au, Ag, Pt, Pd, Cu, Zn, Ni, Rh, Cd, Ru etc. from S to U

0,05%  (main element content more than 96%)

Sample positioning

Laser positioning device, CCD camera

Power

110/220 VAC +/- 5V (recommended stabilized voltage power supply)

Energy resolution

155 +/- 5 eV

This specification can be changed without prior notice.