Ultra slim. Ultra silent. Ultra efficient.
Mounting arm for attaching the Straton X to the back glass of the aquarium
Mounting arm for attaching the Straton X to the back glass of the aquarium
Stainless steel Y-cable suspension for attaching the Straton X to the ceiling
Stainless steel Y-cable suspension for attaching the Straton X to the ceiling
Probably the most proven basic tube in marine aquariums
Probably the most proven basic tube in marine aquariums
Alternative base tube with a significantly increased blue component
Alternative base tube with a significantly increased blue component
In addition to an intense blue component, it also exhibits a component of red radiation.
In addition to an intense blue component, it also exhibits a component of red radiation.
Violet-blue light for more fluorescent coral pigments
Violet-blue light for more fluorescent coral pigments
Solid basic analysis for the price-conscious user
Comprehensive analysis with all important parameters
Comprehensive analysis with all important parameters
Comprehensive analysis including consideration of all pollutants and trace elements
Comprehensive analysis including consideration of all pollutants and trace elements
Adding 100ml to 100 liters increases the boron content by 0.5mg/l
The bottle contains 1,350mg of boron.
100ml per 100 liters increases the boron content by 0.5mg/l. The bottle contains 1,350mg boron.
1 ml per 100 liters increases the bromine content by 1 mg/l.
The bottle contains 100,000 mg of bromine.
1 ml per 100 liters increases the bromine content by 1 mg/l. The bottle contains 100,000 mg of bromine.
1 ml per 100 liters increases the calcium content by 2 mg/l.
The bottle contains 200,000mg of calcium.
1 ml per 100 liters increases the calcium content by 2 mg/l. The bottle contains 200,000 mg of calcium.
1 ml per 100 liters increases the chromium content by 1 µg/l.
The bottle contains 15,000 µg of chromium.
1 ml per 100 liters increases the chromium content by 1 µg/l. The bottle contains 15,000 µg of chromium.
1 ml per 100 liters increases the cobalt content by 4 µg/l.
The bottle contains 60,000 µg of cobalt.
1 ml per 100 liters increases the cobalt content by 4 µg/l. The bottle contains 60,000 µg of cobalt.
1 ml per 100 liters increases the iron content by 4 µg/l
The bottle contains 60,000µg of iron.
1 ml per 100 liters increases the iron content by 4 µg/l. The bottle contains 60,000 µg of iron.
10ml per 100 liters increases the fluoride content by 0.2mg/l
The bottle contains 2,000mg of fluorine.
10ml per 100 liters increases the fluorine content by 0.2mg/l. The bottle contains 2,000mg of fluorine.
1 ml per 100 liters increases the iodine content by 10 µg/l
The bottle contains 1,000,000 µg of iodine.
1 ml per 100 liters increases the iodine content by 10 µg/l. The bottle contains 1,000,000 µg of iodine.
1 ml per 100 liters increases the potassium content by 1 mg/l.
The bottle contains 100,000mg of potassium.
1 ml per 100 liters increases the potassium content by 1 mg/l. The bottle contains 100,000 mg of potassium.
1 ml per 100 liters increases the carbonate hardness by 0.1°dKH
The bottle contains 10,000°dKH
1 ml per 100 liters increases the carbonate hardness by 0.1°dKH. The bottle contains 10,000°dKH.
1 ml per 100 liters increases the copper content by 1 µg/l.
The bottle contains 15,000 µg of copper.
1 ml per 100 liters increases the copper content by 1 µg/l. The bottle contains 15,000 µg of copper.
1 ml per 100 liters increases the lithium content by 15 µg/l
The bottle contains 225,000 µg of lithium.
1 ml per 100 liters increases the lithium content by 15 µg/l. The bottle contains 225,000 µg of lithium.
1 ml per 100 liters increases the magnesium content by 1 mg/l.
The bottle contains 100,000mg of magnesium.
1 ml per 100 liters increases the magnesium content by 1 mg/l. The bottle contains 100,000 mg of magnesium.
1 ml per 100 liters increases the manganese content by 4 µg/l.
The bottle contains 60,000 µg of manganese.
1 ml per 100 liters increases the manganese content by 4 µg/l. The bottle contains 60,000 µg of manganese.
1 ml per 100 liters increases the molybdenum content by 6 µg/l
The bottle contains 90,000 µg of molybdenum.
1 ml per 100 liters increases the molybdenum content by 6 µg/l. The bottle contains 90,000 µg of molybdenum.
1 ml per 100 liters increases the nickel content by 3 µg/l
The bottle contains 45,000 µg of nickel.
1 ml per 100 liters increases the nickel content by 3 µg/l. The bottle contains 45,000 µg of nickel.
1 ml per 100 liters increases the rubidium content by 5 µg/l.
The bottle contains 75,000 µg of rubidium.
1 ml per 100 liters increases the rubidium content by 5 µg/l. The bottle contains 75,000 µg of rubidium.
1g per 100 liters increases the sulfur content by 2.25mg/l
The can contains 112,500 mg of sulfur.
1g per 100 liters increases the sulfur content by 2.25mg/l. The can contains 112,500mg of sulfur.
1 ml per 100 liters increases the selenium content by 0.5 µg/l
The bottle contains 7,500 µg of selenium.
1 ml per 100 liters increases the selenium content by 0.5 µg/l. The bottle contains 7,500 µg of selenium.
1 ml per 100 liters increases the strontium content by 0.2 mg/l.
The bottle contains 75,000 µg of vanadium.
1 ml per 100 liters increases the strontium content by 0.2 mg/l. The bottle contains 75,000 µg vanadium.
1 ml per 100 liters increases the zinc content by 10 µg/l
The bottle contains 150,000 µg of zinc.
1 ml per 100 liters increases the zinc content by 10 µg/l. The bottle contains 150,000 µg of zinc.
Reference solution for determining the accuracy of test kits
Reference solution for determining the accuracy of test kits
Reference solution for determining the accuracy of test kits
Reference solution for determining the accuracy of test kits
Highly concentrated liquid nutrient supply system for mixed aquariums
Highly concentrated liquid nutrient supply system for mixed aquariums
Highly concentrated liquid nutrient supply system for SPS-dominated aquariums
Highly concentrated liquid nutrient supply system for SPS-dominated aquariums
Contains the trace elements chromium, cobalt, iron, copper, manganese, nickel and zinc
Contains the trace elements chromium, cobalt, iron, copper, manganese, nickel and zinc
contains the trace elements fluorine, iodine and selenium
contains the trace elements fluorine, iodine and selenium
Ensures nitrogen supply in the saltwater aquarium
Ensures nitrogen supply in the saltwater aquarium
Prevents phosphate and phosphorus deficiency symptoms in saltwater aquariums
Prevents phosphate and phosphorus deficiency symptoms in saltwater aquariums
Highly effective mixed-bed resin for perfectly pure water
Highly effective mixed-bed resin for perfectly pure water
Highly effective, iron-based adsorbent for the removal of phosphate, silicate, yellow substances and heavy metals
Highly effective, iron-based adsorbent for the removal of phosphate, silicate, yellow substances and heavy metals
Acid-washed high-performance activated carbon for crystal-clear aquarium water
Acid-washed high-performance activated carbon for crystal-clear aquarium water
Natural zeolite mixture for the removal of ammonium, nitrite and nitrate
Natural zeolite mixture for the removal of ammonium, nitrite and nitrate
Special granules for CO₂ removal and pH stabilization
Special granules for CO₂ removal and pH stabilization
Ready-to-use disposable filter cartridge for CO₂ removal and pH stabilization
Ready-to-use disposable filter cartridge for CO₂ removal and pH stabilization
Revolutionary 8.3x seawater concentrate that allows you to make seawater in seconds
Revolutionary 8.3x seawater concentrate that allows you to make seawater in seconds
Genuine seawater straight from nature. Perfect for restarting a water cycle and partial water changes.
Genuine seawater straight from nature. Perfect for restarting a water cycle and partial water changes.
Brilliant white, natural substrate for saltwater aquariums
Brilliant white, natural substrate for saltwater aquariums
In addition to an intense blue component, it also exhibits a component of red radiation.
Comprehensive analysis including consideration of all pollutants and trace elements
Adding 100ml to 100 liters increases the boron content by 0.5mg/l
The bottle contains 1,350mg of boron.
1 ml per 100 liters increases the bromine content by 1 mg/l.
The bottle contains 100,000 mg of bromine.
1 ml per 100 liters increases the calcium content by 2 mg/l.
The bottle contains 200,000mg of calcium.
1 ml per 100 liters increases the chromium content by 1 µg/l.
The bottle contains 15,000 µg of chromium.
1 ml per 100 liters increases the cobalt content by 4 µg/l.
The bottle contains 60,000 µg of cobalt.
1 ml per 100 liters increases the iron content by 4 µg/l
The bottle contains 60,000µg of iron.
10ml per 100 liters increases the fluoride content by 0.2mg/l
The bottle contains 2,000mg of fluorine.
1 ml per 100 liters increases the iodine content by 10 µg/l
The bottle contains 1,000,000 µg of iodine.
1 ml per 100 liters increases the potassium content by 1 mg/l.
The bottle contains 100,000mg of potassium.
1 ml per 100 liters increases the carbonate hardness by 0.1°dKH
The bottle contains 10,000°dKH
1 ml per 100 liters increases the copper content by 1 µg/l.
The bottle contains 15,000 µg of copper.
1 ml per 100 liters increases the lithium content by 15 µg/l
The bottle contains 225,000 µg of lithium.
1 ml per 100 liters increases the magnesium content by 1 mg/l.
The bottle contains 100,000mg of magnesium.
1 ml per 100 liters increases the manganese content by 4 µg/l.
The bottle contains 60,000 µg of manganese.
1 ml per 100 liters increases the molybdenum content by 6 µg/l
The bottle contains 90,000 µg of molybdenum.
1 ml per 100 liters increases the nickel content by 3 µg/l
The bottle contains 45,000 µg of nickel.
1 ml per 100 liters increases the rubidium content by 5 µg/l.
The bottle contains 75,000 µg of rubidium.
1g per 100 liters increases the sulfur content by 2.25mg/l
The can contains 112,500 mg of sulfur.
1 ml per 100 liters increases the selenium content by 0.5 µg/l
The bottle contains 7,500 µg of selenium.
Contains the trace elements chromium, cobalt, iron, copper, manganese, nickel and zinc
Highly effective, iron-based adsorbent for the removal of phosphate, silicate, yellow substances and heavy metals
Ready-to-use disposable filter cartridge for CO₂ removal and pH stabilization
Genuine seawater straight from nature. Perfect for restarting a water cycle and partial water changes.
The ATI® laboratory, headed by Dr. Ben Funk, draws on many years of experience in analytics.
As passionate reef aquarists, we understand your needs for modern water analysis. That's why we place the utmost importance on processing each water sample as quickly as possible and on providing reliable and reproducible analysis results.
With our individual recommendations for optimizing aquarium systems, we support private reef aquarium owners, coral farms, zoological institutes, and aquaculture businesses around the world.
With over 10 years of experience in the laboratory sector and tens of thousands of analyses performed, ATI stands for precise measurement technology and reliable results at the highest level.
The Arcos II is Spectro's top-of-the-line ICP-OES instrument. It's used wherever the highest demands are placed on elemental analysis. With its high-resolution optics and powerful performance, the Arcos II clearly surpasses the more commonly used, simpler Spectro Blue and Green models. The Arcos II achieves significantly lower detection limits, can measure chloride, and boasts unparalleled accuracy. That's reason enough for us to provide you with three of these top-of-the-line instruments.
Anyone interested in ion chromatography will inevitably encounter the Metrohm 930 Compact IC Flex. We use this top-of-the-line ion chromatograph to determine fluoride and nitrate levels. Checked multiple times daily, our two instruments achieve 981T3T accuracy in determining these values.
With the 855 Robotic Titrosampler, we use another top-of-the-line instrument from Metrohm. Although the system is designed for a wide range of titration applications, we use it exclusively for determining the carbonate hardness of your aquarium water. Calibrated daily and checked several times a day, this instrument achieves an accuracy of 0.1 °dKH.
The Agilent ICP-MS 7850 is the perfect complement to the Arcos II ICP-OES, as it is specifically designed for ultratrace analysis in samples with high salt content. It can see up to 1,000 times deeper than the Arcos II and detects physiologically relevant element concentrations down to the µg/L range. This makes it currently the most suitable system for detecting trace element deficiencies and contaminant levels. The ICP-MS also allows us to expand our portfolio to include seven additional elements (e.g., neodymium and rubidium).
Highly sensitive measuring instruments like our Arcos II ICP-OES are carefully conditioned for seawater measurement after daily use to ensure stable and precise operation. This is followed by continuous calibration and verification using specially formulated control samples.
These strict routines ensure reliable recording of all relevant elements and highly precise measurement results with a maximum deviation of 1–2 % – the basis for the highest quality and confidence in every analysis.
The Lab Analysis Pro contains 4 sample tubes.
Rinse and fill the three tubes with white lids with aquarium water.
Close the three tubes with white lids.
Rinse the tube with the red lid with osmosis water, fill it and seal it.
Apply barcode labels
Place samples in a shipping bag, attach address labels, and send.
We use industry-standard encryption methods to ensure the security of your data. Your personalized results report will be generated after your aquarium water has been analyzed.
You can also upload photos, document your animal population and equipment, and thus make the requirements of your system transparent for even more precise advice. Our laboratory specialists will be happy to provide expert assistance should you have any further questions.
ATI® offers you a choice of three types of laboratory analyses with different measurement ranges: Standard, Pro and Ultimate MS.
✓ ICP-OES
✓ ICP-OES (high accuracy)
Solid basic analysis for the price-conscious user
Comprehensive analysis with all important parameters
Comprehensive analysis including consideration of all pollutants and trace elements
*MS Trace Elements and MS Pollutants – elements that can only be measured with ICP-MS in very low but physiologically effective concentrations.
The ATI® Standard laboratory analysis is our reliable basic analysis, which exclusively uses ICP-OES. This analysis allows for the determination of a wide range of values with high accuracy and a medium detection limit. These include:
Advantages of the ATI® Standard Laboratory Analysis
The ATI® Laboratory Analysis Pro determines all the components of the Standard Laboratory Analysis, plus nitrate, fluorine, and carbonate hardness. It also performs an ICP-OES analysis of your reverse osmosis water. With the Laboratory Analysis Pro, you receive a comprehensive measurement in which all important parameters are determined with high accuracy.
Advantages of Laboratory Analysis Pro compared to Laboratory Analysis Standard:
The ATI® Ultimate MS laboratory analysis includes all components of the Pro laboratory analysis, plus the detection of MS trace elements and MS contaminants down to the ultra-low measurement range. Furthermore, the OES trace elements and OES contaminants are additionally measured using the MS method, thus providing double validation. The Ultimate MS is a hybrid analysis that combines the respective strengths of ICP-OES and ICP-MS. This makes the MS Ultimate our most comprehensive laboratory analysis, operating in a new league of accuracy and reliability across the board.
Advantages of Ultimate MS laboratory analysis compared to Pro laboratory analysis: