ICP-7760HP Full-spectrum Direct Reading Inductively Coupled Plasma Optical Emission Spectrometer

All elements in the sample are synchronously collected in the full spectrum range; adopts medium-order ladder two-dimensional spectroscopic technology to reduce errors caused by spectral interference and meet the needs of detecting various complex samples; adopts million-pixel anti-blooming scientific CCD, which improves the accuracy of qualitative and quantitative data. At the same time, this design can effectively improve the signal-to-noise ratio in trace analysis and greatly reduce the detection limit.

    No need to configure standard solution, no need to establish method, can realize qualitative analysis of unknown samples;

    Even when sample volume is limited, full-element detection of unknown samples can be realized;

    Detection time is shortened, argon consumption is reduced, and operating cost is lowered;

    Sample spectral signal can be collected first, and analysis elements can be added later;

    Background signal and the spectral signal of elements to be measured are synchronously collected, improving analysis accuracy;

    Through motor drive control, the light source position and observation height are quickly optimized, thereby obtaining strong spectral signal;

    Through real-time monitoring of spectral signal, instrument parameters and analysis parameters are quickly optimized.