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The ICP-OES technique
Inductively Coupled Plasma (ICP) analytical techniques can quantitatively measure the element content of a material.
The sample solution is then vaporized in the core of an induced argon plasma, which can reach temperatures of approximately 8000 °C. At such a high temperature, all chemical species of the analyte undergo atomization, ionization and thermal excitation, and can then be detected and quantified with an optical emission spectrometer (OES).
 | THE FUTURE HAS BEGUNWith the ARCOS II ICP-OES machine, we have chosen a top-performing analyzer in its class. It is characterized by its high accuracy and is used wherever high demands on element analysis are required. It is therefore not surprising that with the ARCOS II we can detect trace elements in concentrations down to less than 1 ug/l (0.001mg/l). THIS IS YOUR PATH......To be fully aware and in control of what is happening with the chemistry of your marine aquarium. You are able to know precisely, the daily consumption of each major and minor element, and therefore, the dose necessary in order to maintain optimal levels. Also, we are able to identify, using analysis, the sources of pollution that could be the cause of many problems. |
 | ATI ICP-OES measurementsThe main elements: chloride, sodium, sulfur, magnesium, calcium, potassium, bromine, strontium and boron Minor elements: aluminum, antimony, arsenic, barium, beryllium, bismuth, cadmium, chromium, cobalt, copper, iron, iodine, lead, lithium, manganese, mercury, molybdenum, nickel, phosphorus, selenium, silicon, silver, thallium, tin, titanium, vanadium, and zinc Our online ATI Lab software helps you interpret the results. |
| Setting | ICP-OES Basic | ICP-OES Pro | ICP-MS Ultimate |
| Salinity | ✓ ICP-OES | ✓ ICP-OES | ✓ ICP-OES |
| Bulk elements (except fluoride) | ✓ ICP-OES (high precision) | ✓ ICP-OES (high precision) | ✓ ICP-OES (high precision) |
| Trace elements OES | ✓ ICP-OES (average detection limits) | ✓ ICP-OES (average detection limits) | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) and ICP-OES |
| OES contaminants | ✓ ICP-OES (average detection limits) | ✓ ICP-OES (average detection limits) | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) and ICP-OES |
| Phosphorus/Phosphate | ✓ High-precision ICP-OES) | ✓ High-precision ICP-OES) | ✓ ICP-OES (high precision) |
| Nitrate and fluoride | X | ✓ Ion chromatography | ✓ Ion chromatography |
| KH | X | ✓ Titration | ✓ Titration |
Reverse osmosis water analysis | X | ✓ High-precision ICP-OES) | ✓ ICP-OES (high precision) |
| Trace elements MS* | X | X | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) |
| MS* contaminants | X | X | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) |
| Ideal for: | Basic analysis for budget-conscious users | Full analysis with all key parameters | Complete analysis including contaminants and ultra-traces |
| Setting | ICP-OES Standard | ICP-OES Pro | ICP-MS Ultimate |
| Salinity | ✓ ICP-OES | ✓ ICP-OES | ✓ ICP-OES |
| Bulk elements (except fluoride) | ✓ ICP-OES (high precision) | ✓ ICP-OES (high precision) | ✓ ICP-OES (high precision) |
| Trace elements OES | ✓ ICP-OES (average detection limits) | ✓ ICP-OES (average detection limits) | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) and ICP-OES |
| OES contaminants | ✓ ICP-OES (average detection limits) | ✓ ICP-OES (average detection limits) | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) and ICP-OES |
| Phosphorus/Phosphate | ✓ High-precision ICP-OES) | ✓ High-precision ICP-OES) | ✓ ICP-OES (high precision) |
| Nitrate and fluoride | X | ✓ Ion chromatography | ✓ Ion chromatography |
| KH | X | ✓ Titration | ✓ Titration |
Reverse osmosis water analysis | X | ✓ High-precision ICP-OES) | ✓ ICP-OES (high precision) |
| Trace elements MS* | X | X | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) |
| MS* contaminants | X | X | ✓✓ ICP-MS (extremely low detection limits down to ultra-trace levels) |
| Ideal for: | Basic analysis for budget-conscious users | Full analysis with all key parameters | Complete analysis including contaminants and ultra-traces |
Reviews about this product
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Johan L.
Published Dec 16, 2024 at 09:10 am (Order date: Dec 07, 2024)Allows me to target deficiencies and excesses of chemical elements in the water, providing real safety for animals (Translated review)
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Bruno M.
Published Dec 07, 2024 at 10:13 pm (Order date: Nov 28, 2024)CLEAR (Translated review)
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Deliere c.
Published Dec 04, 2024 at 02:03 pm (Order date: Nov 27, 2024)Ras (Translated review)
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Giampiero D.
Published Dec 03, 2024 at 07:10 am (Order date: Nov 26, 2024)Top analysis lab (Translated review)
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Cédric C.
Published Oct 21, 2024 at 10:34 am (Order date: Oct 12, 2024)Very good (Translated review)
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Fabrice C.
Published Oct 14, 2024 at 05:14 pm (Order date: Oct 07, 2024)As usual, nothing to say about ATI tests. 100% quality (Translated review)
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Thierry R.
Published Aug 04, 2024 at 10:20 pm (Order date: Jul 30, 2024)Super comprehensive analyses (Translated review)
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Nicolas S.
Published Jul 14, 2024 at 06:54 am (Order date: Jul 05, 2024)Top (Translated review)
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Marco P.
Published Jun 04, 2024 at 06:30 pm (Order date: May 24, 2024)Different packaging than previously purchased...but nothing to report (Translated review)
ATI Labs - ICP-OES Pro Water Analysis
ICP-OES seawater analysis is an accurate and economical analysis for hobbyists and professionals in the aquarium industry. It allows the control of more than 25 water parameters (macro and trace elements) of your aquarium.
This PRO kit allows the analysis of aquarium water with nitrates, fluoride, kH and osmosis water.