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Application Explorer

Welcome to our Application Explorer! The Application Explorer is a filterable database that includes application and technical product information as well as references for a wide range of applications. Furthermore, you can also search for special keywords within the search field, that are not available as categories. This should help you, to easily find the information you are looking for.

δ13C and δ18O analysis of small carbonate samples
This data bulletin shows 13C and 18O analysis of foraminifera using the Elementar iso DUAL INLET with iso CARB PREP
iso DUAL INLET, Dual inlet analyzers
Environmental
Faster results compared to other methods and competitive instruments
The Common Laboratory of Analysis at the Humboldt University of Berlin has improved the environmental performance and efficiency of its soil and fertilizer analysis.
vario MAX cube, UNICUBE, vario TOC cube
Germany
Environmental
ProCon Medizintechnik GmbH saves time and costs in quality assurance
The ferro.lyte® and inductar® ONH cube analyzers significantly cut the time and costs involved compared to those for the external testing laboratory that the company was using before. Costs for internal quality inspection are significantly lower. In addition, the materials can be identified with 100 % certainty within just a few minutes at the incoming goods stage.
ferro.lyte, inductar ONH cube, Inorganic elemental analyzers, Optical emission spectrometers
Germany
Materials Chemicals
Outstanding reliability and client satisfaction
Chonnam National University has enhanced its analytical services and reputation by investing in multiple Elementar instruments. Read our Customer Spotlight.
vario TOC cube, vario MAX cube, rapid OXY cube, UNICUBE, vario MACRO cube
South Korea
Chemicals
Ensuring reliable and continuous elemental analysis
IIT Roorkee boosts analytical precision and research efficiency with Elementar’s UNICUBE® CHNS/O analyzer. Read our Customer Spotlight
UNICUBE
India
Chemicals
Burn mark without consequences? Optical emission spectrometry with spark excitation in material testing
OES is based on short-term plasma generation by electrical spark discharge in an inert gas atmosphere. A small area of the material surface is subjected to local thermal and mechanical stress, producing a characteristic burn mark. This local material alteration raises the fundamental question of the extent to which the analysis process influences the material’s microscopic properties, that is answered in this Technical Note.
ferro.lyte, Optical emission spectrometers
Materials
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