everything AAS. one trusted partner. Technology, expertise, and support
Solutions for today’s workflows and tomorrow’s challenges
Your laboratory depends on reliable results, efficient workflows, and technology you can trust. But aging instruments, increasing maintenance demands and limited support can turn routine analysis into a daily challenge.
With decades of AAS expertise, Analytik Jena helps laboratories maximize productivity, minimize downtime, and stay prepared for future analytical challenges. Combining proven technology with expert support, we stand by your side at every stage of your analytical journey.
From cost-effective flame AAS and highly sensitive graphite furnace AAS to our unique high-resolution continuum source technology, we offer solutions tailored to a wide range of analytical requirements, industries, and sample matrices. Backed by extensive application expertise, comprehensive service, and long-term support, we are by your side throughout the entire lifecycle of your system.
Everything AAS means the right technology for your needs, expert application support, and a partner you can count on for the long run.
Ready to discuss your AAS requirements?
Trusted worldwide. Setting the benchmark in AAS.
Outstanding analytical performance only creates value when it reliably supports day-to-day laboratory operations. That is why laboratories around the world trust our solutions to deliver dependable results, maximize operational efficiency, and ensure long-term reliability.
Improve laboratory productivity
Reduce manual intervention, streamline routine workflows, and accelerate time-to-results with advanced automation and intelligent instrument design. From innovations such as one-lamp technology to powerful background correction technologies and automation solutions, our comprehensive AAS portfolio enables faster workflows, greater application flexibility, and the proven reliability of German engineering.
Gain confidence in challenging applications
Receive reliable results even in demanding matrices with software-integrated and automated quality control features (QC), unique interference management, low detection limits, and high precision.
Reduce complexity
Easy-to-use software tools, integrated application libraries, and intuitive operating concepts help users become productive faster and simplify routine laboratory operations.
Protect your investment
Built for long-term use and supported by dedicated experts, we take care that laboratories maintain performance and operational security throughout the instrument lifecycle.
The right AAS solution for your laboratory
Every laboratory has unique requirements for throughput, sensitivity, automation, and application scope. Discover our comprehensive AAS portfolio that allows you to select exactly the capabilities you need and invest only in what adds value to your laboratory.
- Flame AAS: reliable routine analysis for everyday laboratory tasks
- Graphite furnace AAS: for demanding applications requiring low detection limits
- High-resolution continuum source AAS: enhanced flexibility for advanced analytical challenges
- Direct solid sampling: reduce sample preparation effort and accelerate workflows
contrAA 800 series
Rapid multi-element analysis with maximum precision and extended range.
- One-lamp technology: One xenon lamp covers the entire AAS wavelength range.
- Wavelength freedom: Unrestricted access to any atomic or molecular absorption line.
- Accurate results: Reliable correction of spectral interference.
- More than AAS: Enables fluorine and sulfur determination.
novAA 800 series
Efficient elemental analysis combining low ownership costs with user-friendly operation.
- Robust by design: Engineered for demanding industrial environments.
- Easy to operate: Intuitive workflows and fast user onboarding.
- High automation: Automated sampling, dilution, calibration, and measuring.
- Built for routine analysis: Reliable and cost-effective elemental analysis.
ZEEnit series
Reliable trace analysis in challenging matrices, wide dynamic range, and intuitive operation without expert knowledge.
- Advanced Zeeman technology: Reliable results in complex samples.
- Dynamic Zeeman correction: Optimal signal adaptation.
- ONE+ONE atomizer concept: Maximum uptime through permanently available flame and graphite furnace atomizers.
- Built for critical applications: Ideal when analytical certainty matters most.
More than support. A true partnership.
Technology alone does not guarantee laboratory success. Access to expertise, guidance, and support is what you need whenever challenges arise. With more than 30 years of dedicated AAS application experience, we help customers far beyond instrument installation. From application development and method optimization to training, service, and ongoing support, our goal is to help your laboratory perform reliably for years to come.
What you can expect:
- Application-focused expertise
- Dedicated customer support
- Extensive application and method libraries
- Flexible service concepts
- Long-term partnership throughout the entire instrument lifecycle
- Expert guidance for new applications and analytical challenges
What our customers say
"Real customer service"
“In addition to helpful videos for minor repairs, they even call to check if everything is back to normal. That's real customer service!”
Beate Schmid, Dresdner Silber und Metallveredlung GmbH
"The contrAA 800 has become indispensable for our PFAS analyses."
Dr. Björn Meermann, Federal Institute for Materials Research and Testing (BAM)
"We particularly appreciate the flexible application of the contrAA."
"We have been working with the contrAA in the areas of research and routine analysis for many years. We particularly appreciate the flexible application, since every wavelength is available and even molecule bands can be measured."
Dr. Claus-Dieter Patz, Geisenheim University, Germany
"An excellent total package."
"The devices are of very good technical quality. In addition, we receive quick and uncomplicated service from Analytik Jena’s service team. An excellent total package"
Benita Fischer, chemical analytics lab, IHU Geologie und Analytik, Stendal
Designed for the analytical challenges We support laboratories across a broad range of industries and applications, including:
Applications
Water, wastewater, soil and environmental monitoring
Determination of Extractable Organically Bound Fluorine (EOF) in Surface Water With Molecular Absorption Spectrometry (EN)
Normkonforme Schwermetallbestimmung in Klärschlämmen und Böden mittels AAS (DE)
Standardized Heavy Metal Determination in Sewage Sludges and Soils Using Aas(EN)
Determination of Major Elements in Building Materials Using Flame AAS (EN)
Quantification of Cadmium, Chromium, Cobalt, Copper, Lead, Manganese, Nickel, and Zinc in Soils in Accordance with DIN ISO 11047 Using HR-CS AAS (EN)
Quantifizierung von Cadmium, Chrom, Cobalt, Kupfer, Blei, Mangan, Nickel und Zink in Boden und Klärschlamm nach DIN ISO 11047 mittels HR-CS AAS (DE)
Quantifizierung von Cadmium, Chrom, Cobalt, Kupfer, Blei, Mangan, Nickel und Zink in Boden und Klärschlamm nach DIN ISO 11047 mittels LS-AAS (DE)
Quantification of Cadmium, Chromium, Cobalt, Copper, Lead, Manganese, Nickel, and Zinc in Soil and Sludge in Accordance with DIN ISO 11047 Using LS-AAS (EN)
Quantification of elements in accordance with ISO 15586 in soil, sediment, and water using LS-AAS (EN)
Quantifizierung von Elementen nach DIN EN ISO 15586 in Boden, Sediment und Wasser (DE)
Bestimmung von extrahierbarem, organisch gebundenem Fluor (EOF) in Oberflächengewässern mit Molekülabsorptionsspektrometrie (DE)
Determination of Toxic and Eco-toxic Elements in Sewage Sludge with Flame AAS (EN)
分子吸光光度法による表層水中の抽出性有機結合フッ素（EOF）の定量 (JP)
Reliable high throughput routine analysis (EN)
廃水中の全フッ素を迅速、高感度、簡単に分析するための新しい方法 (JP)
Schnell-sequentielle Analyse giftiger Elemente in Abwasser und Klärschlamm mit der HR-CS AAS (DE)
EOF （抽出性有機結合フッ素）の総量としての土壌や下水汚泥中のPFASの定量 (JP)
Spurenanalyse toxischer Elemente in Oberflächen- und Trinkwasser mit kombinierten AAS-Techniken (DE)
Simple and cost-efficient analysis of easily atomizable elements using LPG flame AAS (EN)
Fast-sequential Analysis of Toxic Elements in Wastewater and Sewage Sludge by HR-CS AAS (EN)
Determination of PFAS in Soil and Sewage Sludge as Sum Parameter Using EOF (Extractable Organically Bound Fluorine) With the contrAA 800 (EN)
Bestimmung von PFAS in Böden und Klärschlämmen als Summenparameter EOF (extrahierbares organisch gebundenes Fluor) (DE)
Quantification of Total Fluorine in Drinking Water Using HR-CS MAS (EN)
Quantifizierung von Fluor mittels HR-CS MAS am Beispiel Trinkwasser (DE)
Eine innovative Methode für die schnelle, empfindliche und einfache Analyse von Gesamtfluor in Abwässern (DE)
A Novel Method for the Fast, Sensitive, and Simple Analysis of Total Fluorine in Wastewater (EN)
Trace Analysis of Toxic Elements in Surface and Drinking Water by Combined AAS Techniques (EN)
Applications
Routine quality control, process monitoring and material verification
Simple and robust determination in mullite and fiber cement (EN)
Bestimmung von Spuren- und Nebenelementen in Legierungen (DE)
Determination of trace and minor elements in alloys with solid AA (EN)
Determination of Major Elements in Building Materials Using Flame AAS (EN)
Quantifizierung von Hauptbestanteilen in Baustoffen mittels Flammen-AAS (DE)
EOF （抽出性有機結合フッ素）の総量としての土壌や下水汚泥中のPFASの定量 (JP)
Sample digestion and determination of fluorine in pyrolysis oil (EN)
Probenaufschluss und Bestimmung von Fluor in Pyrolyseöl (DE)
Applications
Elemental testing and quality assurance applications
Quantification of Elements in Body Fluids Using GF-AAS (EN)
Quantifizierung von Elementen in Körperflüssigkeiten mittels GF-AAS (DE)
Quantification of Calcium, Potassium, Magnesium and Sodium in Pharmaceutical Solutions (EN)
Quantifizierung von Calcium, Kalium, Magnesium und Natrium in Infusionslösung (DE)
Quantification of Aluminum in Electrolyte Solutions (EN)
Quantifizierung von Aluminium in Elektrolytlösungen (DE)
Applications
Determination of trace elements and nutritional components
Quantifizierung von Eisen, Nickel, Kupfer, Arsen, Cadmium und Blei in Speiseölen mittels GF-AAS (DE)
Quantification of Iron, Nickel, Copper, Arsenic, Cadmium and Lead in Edible Oils Using GF-AAS (EN)
Determination of Element Contents in Wine Using HR-CS Flame AAS (EN)
Determination of Metals in Dietary Supplements Using HR-CS Solid AAS (EN)
Determination of Macro and Trace Minerals as well as Toxic Trace Metals in Powdered Milk (EN)
Determination of Toxic Traces of Cadmium, Lead, and Thallium in Food (EN)
Determination of total sulfur in wine by molecular absorption spectrometry (MAS) (EN)
Determination of Mineral Contents in Non-Alcoholic Beverages (EN)
Bestimmung von Gesamtschwefel in Wein mittels Molekülabsorptionsspektrometrie (MAS) (DE)
分子吸光分析 (MAS) によるワイン中の全硫黄の定量 (JP)
Quantification of Total Fluorine in Drinking Water Using HR-CS MAS (EN)
Quantifizierung von Fluor mittels HR-CS MAS am Beispiel Trinkwasser (DE)
Applications
Ore, metal and raw material analysis
Bestimmung von Spuren- und Nebenelementen in Legierungen (DE)
Determination of trace and minor elements in alloys with solid AA (EN)
Determination of the Metal Content in Mining Samples using contrAA 800 F (EN)
Determination of the Metal Content in Mining Samples using contrAA 800 F (DE)
Quantifizierung von Kupfer in geologischen Proben mittels Flammen-AAS (DE)
contrAA 800 Fを用いた鉱石試料の金属含有量の定量 (JP)
Fast Analysis of Lithium Ore Using Flame-AAS contrAA 800 (EN)
Analyse von Schwarzmasse aus Lithium-Ionen-Batterien mittels HR-CS AAS (DE)
Analysis of Black Mass using HR-CS AAS (EN)
Schnelle Analyse von Lithiumerzen mittels Flammen-AAS contrAA 800 (DE)
Determination of Fluorine in Geological Samples (EN)
Quantification du cuivre dans des échantillons géologiques par SAA flamme (FR)
Copper Quantification in Geological Samples by Flame-AAS (EN)
contrAA 800を使用した電気めっきプロセス中の元素分析 (JP)
連続光源原子吸光分析装置 contrAA 800 G による鉱物試料中のフッ素の定量 (JP)
Elemental Analysis During the Electroplating Process with contrAA 800 (EN)
Determination of Ag, Au, Cr, Co, Cu, Fe, Mn, and Ni in Mining Samples Using LS-AAS (EN)
Determination of gold in aqua regia digestion from ores (EN)
