ACTIVA, The Art in ICP Spectrometer
Expand your capabilities and performance!
ACTIVA, built on A Platform for the Future™, maintains the strengths of HORIBA Jobin Yvon ICP spectrometers while incorporating advanced CCD technology, thus offering:
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Ultra low noise megapixel CCD tailored for spectroscopy, coupled to the original HORIBA Jobin Yvon holographic grating-based optics
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Constant high resolution across the full spectrum
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Superior vertical torch-based Total Plasma View
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Unique sheath gas for high solids applications
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Low argon consumption, less glass torch parts replacement, quick-mount torch
As a consequence, expanding the range of applications in correlation with the large analytical benefits:
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Few spectral interference, few matrix effects, few memory effects allowing complex matrix, high dissolved solids or organic sample analysis
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Excellent limits of quantification thanks to simultaneous measurement of background
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Perfect reproducibility, facilitating multi-user operation
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Unrivalled performance for alkaline elements
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Linear concentration range over five decades
The ACTIVA offers the practical use of ICP-AES analysis by first time operators or sophisticated users, through easy operation steps, for all types of applications.
ACTIVA-M, The Master in True Multi-Line Analysis
Become an expert in quantitative ICP analysis!
Building on the popular, state of the art ACTIVA spectrometer, the ACTIVA-M combines superb instrument performance with unique advanced software tools.
Overcoming the challenges of multi-line selection and achieving high reliability of results, the ACTIVA-M benefits from innovative and interactive assistance, through:
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A new proprietary ICP-focussed Database featuring not only wavelength but also ionization level, line width, limit of detection and dynamic range of each line, thus providing data that allows the combination of single-element spectra to mimic real-life samples
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M.A.S.T.E.R. (Multi-line Analysis Selection Tool for Enhanced Reliability) which performs a multi-line selection according to the concentration range of each element and matrix influences
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S.O.S. (Statistical Outlier Survey) which evaluates the line concentration results through ANOVA data processing to detect outliers and to provide a single reliable result for each element
The advanced instrument configuration makes this unique assistance a reality:
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Extended spectral range from 120 to 800 nm
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Few matrix effects and high spectral selectivity which allows a greater choice of suitable wavelengths to be used for multi-line analysis
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Linear concentration range over five decades, avoiding detector saturation and risk of curvature, thereby improving the statistics of the results.
