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High precision precious metal spectrometer

NegotiableUpdate on 01/16
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Overview
The high-precision precious metal spectrometer is a new desktop energy dispersive X-ray fluorescence spectrometer developed by our company. This instrument can quickly and accurately analyze the composition of jewelry such as gold, platinum, palladium, silver, and K gold without damage. The instrument is easy to operate, with high work efficiency, and results can be obtained in one minute. Precious metal analyzers are widely used in industries such as quality inspection, jewelry production, sales, mining, pawnshops, precious metal recycling, purification, schools, and banks. $r $n peak position correction: silver copper bimodal correction, while correcting the track address and baseline. Quickly achieve stable and accurate measurement, and can adjust the working curve temperature and humidity control at any time: optimized strong convection air path design
Product Details

High precision precious metal spectrometerNew desktop energy dispersive X-ray fluorescence spectrometer. This instrument can quickly and accurately analyze the composition of jewelry such as gold, platinum, palladium, silver, and K gold without damage. The instrument is easy to operate, with high work efficiency, and results can be obtained in one minute.

High precision precious metal spectrometerWidely used in industries such as quality inspection, jewelry production, sales, geology and mining, pawn trading, precious metal recycling, purification, schools, banks, etc.

l Peak position correction: silver copper bimodal correction, while correcting the track location and baseline. Quickly achieve stable and accurate measurements, and can adjust the working curve at any time

l Temperature and humidity control: Optimized design of strong convection airflow path for better temperature control, effectively optimizing the working environment of light pipes and detectors, and increasing their service life

l Optimization performance: Multiple filters combined with collimators for a wider detection range. The manual matching measurement method and automatic matching measurement method can be freely selected. Intelligent matching of detection objects, achieving automatic matching between samples and software, efficient and accurate.

l Security protection: Software remote control of high voltage, combined with dual protection structure box, and induction switch protection to form a multiple security protection system

l High definition testing positioning: Industrial grade high-definition imaging positioning system, precise positioning of excellent measurement points

l Measurement accuracy: Accurately measure the content of iridium element in gold and platinum, with a detection accuracy of up to0.3%.

l Automatic calculation of uncertainty: based onGB/T 18043National standard, capable of automatically calculating uncertainty after multiple measurements

l Silver palladium optimization measurement: Optimizing the combination of software and hardware for the measurement of silver and palladium, efficiently measuring the specific content values of silver and palladium

l Optimized the algorithm for analyzing the content of platinum group elements such as platinum rhodium alloys. can pair with6%10%13%30%Accurate measurement of rhodium content within the range of content

l Software controls and provides feedback on various parameters of the instrument, reducing maintenance difficulty and extending working time

l XLight tube maintenance function can effectively extendXLight tube lifespan, reducing user usage costs

l Report format: Fixed format and self-designed, customizable output report format, and export capabilityEXCELThePDFWaiting for multiple formats

l Real time collection of measurement data, synchronized display of numerical values

l Database can be importedExcelTables for easy management

l Single point and multi-point measurement: achieved through precise two-dimensional motors and mouse clicks1Point,3Point,5Point,10Accurate measurement of multiple modes such as dots

l Using classic algorithms such as empirical coefficient method, basic parameter method, and least squares method to optimize the working curve

l Optimize spectra using spectral processing algorithms such as wavelet transform and Fourier transform

l Using three-dimensional space fitting, precise3DCombining data modeling with big data analysis methods to improve the accuracy of data analysis.