About Mineralanalytik

Am Joseph 21, 61273, Wehrheim +49 6172 2663095 +49 173 4688443 service@mineralanalytik.de Mo-Fr: 11.00 - 20.00

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Korrelative Elektronen- und Lichtmikroskopie

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Bilddokumentation

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Kombinierte REM-EDX-, XRD- und Raman-Datensätze zur Mineral-/Phasenbestimmung
Rasterelektronenmikroskopie und REM-EDX am Hitachi S3700N: EDX-Mapping und standardlose EDX Messungen.

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Einkristalldiffraktometer Oxford XCalibur (CuKa): Einkristallstrukturbestimmung und Pseudo Gandolfi Pulverdiffraktogramme von polykristallinen Proben
Bragg Brentano Benchtop Diffraktometer: Rigaku Miniflex Gen. 6 600 W mit 1D D/tex Ultra Detektor

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Raman-Spektroskopie: Horiba Mikro-Raman Spektrometer mit 532nm, 632nm und 785nm Laser zur Molekül- und Fingerprint-Spektroskopie

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About Mineralanalytik

A brief introduction to our company history

1995

The beginning

Starting a nice hobby...

2014

Establishment of Mineralanalytik

The foundation of Mineralanalytik was done during my master’s degree in physics at the Goethe University in Frankfurt:

Business registration and successfully completed bachelor thesis in the crystallography department. Topic of the work: Single crystal structure solution of samsonite and peterandresenite (anharmonic refinement of the displacement tensor)

2015

Building up the laboratory

Our first important tool for SEM-EDS analysis: LEO 1455VP electron microscope with scintillation Robinson and 4 quadrant KE BSE detector:

2016

P - XRD Rigaku Miniflex Gen. 6

Compact Bragg Brentano diffractometer for qualitative phase analysis. In 2022 the 0D SC-60 was replaced by a 1D D/tex Line detector..

2017

Upgrade SEM

In 2017 we replaced our LEO1455VP SEM by a Hitachi S3700N SEM with VP mode. The Hitachi is a real working horse and has never let us down.

2018

Horiba Raman Spectrometer

Equipped with several laser modules for Raman spectroscopy: Above all, the high working speed compared to X-ray methods make this technique an important technique in addition to SEM-EDS analysis:

2020

SC-XRD Oxford XCalibur

Natural samples are often simply not found more often or are too small for Bragg-Brentano diffractometry with para focal optics: In 2020 we were able to acquire an Oxford single crystal diffractometer and since then we have been offering microdiffraction and measurement of single crystals of only a few µm size.

2021

Keyence VHX 7000

The Keyence VHX-7000 is a real workhorse and offers high image quality at an enormous working speed: The device is a milestone in the development of Keyence's digital microscope series.