More than 110 years of Analytical Instrumentation

2019
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ferro.lyte®

Mobile metal analyzer optimized for use in metal production, metal processing and metal recycling. ferro.lyte uses the principle of optical emission spectrometry (OES) with spark excitation and is the most compact and lightest instrument of its kind.

2018
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UNICUBE® trace

UNICUBE trace measures low level nitrogen and carbon concentrations in solids and highly viscous liquids with a detection limit of 10 mg/kg.

2018
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UNICUBE®

UNICUBE is the advanced, new version of our proven vario MICRO cube and stands for high-performance micro elemental analysis and sharpest peaks.

2018
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ArDB - Analytical Results Database

Our ArDB software makes it simple to create, manage and use databases of analytical results and generate powerful visualizations.

2016
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iso CHROM® LC

Unique analyzer for δ13C HPLC-IRMS analysis

2016
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acquray® Series

TOC analyzer with optional modules for the determination of Total Phosphorus (TP) in water, Total Nitrogen (TN) in water and TOC, ROC and TIC in solids

2016
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soli TOC® cube

Analyzer for the determination of Total Organic Carbon (TOC), Residual Oxidizable Carbon (ROC) and Total Inorganic Carbon (TIC) in solids

2015
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iso FLOW

is launched together with the isoprime precisION stable isotope ratio mass spectrometer. The iso FLOW is the first complete platform for trace to pure analysis of simple gases derived from air, carbonate or water.

2015
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isoprime precisION

Launch of the isoprime precisION stable isotope ratio mass spectrometer - the most flexible IRMS ever created.

2015
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inductar® EL cube

Analyzer for high-precision concentration measurement of carbon, sulfur, oxygen, nitrogen and hydrogen in metals and ceramic materials - all in one analyzer

2015
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inductar® ONH cube

Analyzer for simultaneous, high-precision concentration measurement of oxygen, nitrogen and hydrogen in inorganc materials

2015
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inductar® CS cube

Analyzer for simultaneous, high-precision concentration measurement of carbon and sulfur in metals or ceramic materials

2015
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rapid MAX N exceed

The first N/protein analyzer according to the Dumas method that utilizes the highly successful EAS Regainer® technology also for larger sample weights.

2015
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rapid MICRO N cube

Analyzer for matrix independent determination of N at trace levels.

In 2018, the successor UNICUBE® trace was introduced which measures low level nitrogen and carbon concentrations in solids and highly viscous liquids.

2014
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rapid N exceed®

N/Protein analyzer according to Dumas using a completely new method of reduction of nitric oxides and absorption of excess oxygen in the analysis gas

2014
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rapid OXY cube®

Elemental analyzer for oxygen analysis

2014
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iso TOC®

Simultaneous TIC/TOC/TNb analysis for IRMS

2013
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ionOS® stable isotope software

is introduced together with the isoprime visION series.

Designed completely from the ground up and uniquely for stable isotope analysis, ionOS is the most sophisticated yet simple software ever created, offering new capabilities for acquisiton and data processing.

2013
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isoprime visION series

Launch of the isoprime visION series including

  • BiovisION
  • EcovisION
  • GeovisION
  • PetrovisION
2012
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vario MAX cube

Macro analyzer for N/CN and CNS, using reusable crucibles with up to 5 mg content

2010
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IsoPrime100

Launch of the IsoPrime100 with new 100 Volt amplifier.

The successor of the IsoPrime100 is the isoprime precisION mass spectrometer (2015) - the most flexible IRMS system ever created.

2010
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trace SN cube

S/N trace analysis up to <10 ppb for petroleum products

2009
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rapid CS cube

Fast routine analyzer for the determination of carbon and sulfur from ppm to 100%

2009
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vario ISOTOPE cube

Special elemental analyzer for simultaneous CHNS-IRMS analysis

2009
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vario PYRO cube®

Special elemental analyzer for IRMS analysis of O/H by means of 1450 °C pyrolysis and simultaneous CNS-IRMS analysis

2008
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vario TOC cube

Universal TOC/TNb analyzer with special matrix separation

2008
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Isoprime Ltd. (now: Elementar UK Ltd.)

becomes a member of the elementargroup. The instrument line for stable isotope analysis of organic elements like CHNS and O complements the product portfolio.

2006
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vario MACRO cube

Whether in coal, oil or soil analysis, vario MACRO cube reliably masters the challenge of analyzing macro samples.

2006
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vario EL cube

As successor of the most successful elemental analyzer, vario EL III, the vario EL cube is again the most versatile instrument in CHNS+O+Cl analysis.

2006
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rapid N cube®

Analyzer for N/protein determination acc. to Dumas.

Successor of this highly productive and compact analyzer is the rapid N exceed® (2014) with EAS REGAINER® technology for highest sample throughput.

2006
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vario MICRO cube

First instrument of the new "cube" platform for micro analysis with innovative "TPD" gas separation.

The successor of this micro elemental analyzer - the UNICUBE® - was introduced in 2018.

2003
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vario MACRO

First universal CHNOS analyzer for macro samples from Elementar

2002

vario TRACE S/N liquid injection

mineral oils analyzer with 10 ppb detection limit

2002
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liquiTOC

compact TOC+TNb analyzer

1999
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vario MAX

New generation of macro elemental analyzer for N, CN, CNS and CHN in macro samples

1995

highTOC

Total Carbon + Nitrogen analyzer according to the dynamic combustion principle with matrix separation

1992
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vario EL

First universal CHNOS analyzer for micro and macro samples from Elementar

1991
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rapid N

Fast Nitrogen/Protein analyzer for 1 g samples

1989
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macro N

Foss Heraeus developed the first Dumas nitrogen analyzer for macro samples up to 5 g weight.

1980
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CHN-O-Rapid

Fully automatic elemental analyzer with TCD detection by Heraeus

1973
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Rapid C

High-temperature TOC analyzer by Heraeus

1964
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N-Rapid

First Dumas Nitrogen/Protein analyzer by Heraeus

1932
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First CHN analyzer

by Heraeus

1923

Nobel Prize for Fritz Pregl

in honor for fundamental research in micro elemental analysis by means of Heraeus analytical technique.

1904
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Dennstedt patent

"über die vereinfachte Elementaranalytik" ("on the simplified elemental analysis") is granted, which is the basis for the first Heraeus instrument generation.

1897

Heraeus develops furnaces,

quartz glassware and precious metal chemicals for elemental analysis in Hanau.