Home Product Series Spectral Series Inductively Coupled Plasma Emission Spectrometer

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

All elements in the sample are synchronously collected within the full spectral range. The medium-step two-dimensional spectrophotometry technology is adopted to reduce the error caused by spectral interference and meet the needs of detecting various complex samples. The adoption of a megapixel anti-overflow scientific CCD improves the accuracy of qualitative and quantitative data. Meanwhile, this design can effectively enhance the signal-to-noise ratio in trace analysis and significantly reduce the detection limit.

ICP-7760HP Full Spectrum Direct

Qualitative analysis of unknown samples can be achieved without the need for configuring standard solutions or establishing methods.

Even when the sample quantity is limited, full-element detection of unknown samples can still be realized.

The detection time is shortened, and argon gas consumption is reduced, thereby lowering the operating costs.

It is possible to first collect the sample's spectral signals and then add elements for analysis afterwards.

The synchronous collection of background signals and the spectral signals of the target elements improves the accuracy of the analysis.

A strong spectral signal can be obtained by quickly optimizing the light source position and observation height through motor-driven control.

Instrument parameters and analysis parameters can be rapidly optimized by real-time monitoring of spectral signals.

Key Features

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