LDN-PATROL-X portable heavy metal detection system Introduction
The Portable Heavy Metal Detection System (LDN-PATROL-X) uses X-ray fluorescence spectroscopy, a method for qualitatively or quantitatively determining the composition of a sample by varying its X-ray absorption with the composition of the sample. It integrates modern electronic technology, spectral analysis technology, computer technology and chemometrics technology, and becomes a modern instrument analysis technology with wide application and rapid development.
Feature
Portable heavy metal detector has the characteristics of simple sample preparation, fast analysis speed, good reproducibility, non-destructive testing, wide range of measurable elements, wide range of measurable concentration, simultaneous determination of various elements, low cost, etc. One of the effective methods for simultaneous determination of multiple elements is suitable for the determination of various types of substances such as solid and liquid.
Technical Parameters
Electronic system: CPU dual core 1.2GHz, 8GB system memory
Display: LCD touch screen
Power: 2 rechargeable lithium batteries
Main camera: 2 megapixels, live sample photos can be printed with test data
Data transmission: USB interface and WIFI or Bluetooth
Detection time: in 200 seconds
Mode classification: screening mode, quantitative mode; screening mode can quickly make positive and negative judgments on samples.
Test object: It can detect Cd, Pb, As, Hg elements at the same time, and can detect dosage forms such as cream, cream, lotion, water, gel, spray, powder, etc.
Introduction
The Portable Heavy Metal Detection System (LDN-PATROL-X) uses X-ray fluorescence spectroscopy, a method for qualitatively or quantitatively determining the composition of a sample by varying its X-ray absorption with the composition of the sample. It integrates modern electronic technology, spectral analysis technology, computer technology and chemometrics technology, and becomes a modern instrument analysis technology with wide application and rapid development.
