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Mannheim/Jena, January 22, 2014 – The MVV Energie AG won the great Analytik Jena quote campaign related to the proven SPECORD®device.
Offshore-produced oil contains considerable chlorine contents, which adversely affect the transportation and refining process. High temperature oxidation followed by coulometric titration is the ideal technique to determine this parameter but suffers from incomplete combustion, escalating with the sample complexity.
The FDA conforming WinASPECT® PLUS software for the SPECORD® PLUS ser
- Operating business below expectation despite sales increase of
4.0 % - Comprehensive restructuring initiated at Japanese subsidiary
Moscow (Russia), December, 16, 2013 — On November 12, 2013, Analytik Jena customers and partners of all ranks from all regions of Russia and CIS have gathered together in Zelinskiy Institute of Organic Chemistry to celebrate the 50th anniversary of SPECORD
The High-Resolution Continuum Source AAS technology (HR-CS AAS) Now Also Enables the Detection of Non-Metals Using an AAS Instrument, the contrAA® from Analytik Jena
Jena, Germany, December 9, 2013 — Analytik Jena AG has appointed Dr. Marco Tilgner as the new managing director of the Japanese subsidiary AJ Japan as of January 1, 2014. Mr. Tilgner, who will report in his future role to Analytik Jena Chief Executive Officer Klaus Berka, already took over responsibility for finance and administration at the subsidiary two months ago as its CFO as part of comprehensive restructuring measures.
Are you facing detection problems with your TOC analyzer frequently? You should work with the most robust and most sensitive NDIR detector for TOC analysis on the market!
In the year 1846 Carl Zeiss founded the Optical Workshop in Jena which was the beginning of the industrial production of analytical instruments worldwide.
Analytik Jena once more expands the range of applications of the revolutionary contrAA® product series: Now the simultaneous analysis of several absorption lines in the measured spectral range is also possible. This offers great benefits especially in the relatively time-consuming graphite furnace technology, because several elements can be detected simultaneously using a single atomization.