+ All elements in the sample can be collected synchronously in the full spectral range and a direct reading of the entire spectrum can be performed;
+ mid-step bidirectional spectroscopy technology is adopted to reduce errors caused by spectral noise and meet the needs of detecting different complex patterns;
+ Scientific CCD memory overflow improves the accuracy of qualitative and quantitative data, and the design can improve signal-to-noise ratio and reduce detection limit in trace analysis;
+ Qualitative analysis can be achieved without configuring standard solutions;
+ Full elemental detection of unknown samples can also be achieved in case of limited sample volume;
+ detection time is shortened, argon consumption is reduced and operating costs are reduced;
+ the sample spectral signal can be collected first, and then to additional analytical elements;
+ the background signal and spectral signal of the element to be measured are collected synchronously, which improves the accuracy of the analysis;
+ The light source position and viewing altitude are quickly optimized through motor drive control to obtain a strong spectral signal;
+ Through real-time monitoring of spectral signals, fast
+ Optimize device parameters and analysis parameters.
