May 13, 2014

VERTEX FM - Far and Mid IR Spectroscopy in One Step

An FT-IR Dream Becomes a Reality

Ettlingen, Germany, May 11th, 2014  – Bruker Corporation announces the world’s first FTIR spectrometer which covers the complete mid and far Infrared/THz spectral ranges in one step with no gaps!  In addition to the recently introduced wide range MIR-FIR beamsplitter for the VERTEX 70 series research FTIR spectrometers now Bruker offers a new wide range MIR-FIR DLaTGS detector.  That unique VERTEX FM FIR-MIR extension for the VERTEX 70 and VERTEX 70v vacuum system provide data collection from 6000cm-1 down to 50cm-1 in one step without the need of any beamsplitter or detector exchange.

The achievable spectral range of an FTIR spectrometer is defined by the intersection of the efficiency ranges of the used source, beamsplitter, and detector.  The lower limit of the spectral range is very dependent upon the beamsplitter, and is typically limited to 350cm-1 (KBr) or 200cm-1 (CsI).  To extend the spectral range further into the far IR and THz spectral ranges one or more additional far IR beamsplitters and detectors are required and because of this the user has to manually open the access flap of the spectrometer optics bench.  Now available for the first time is Bruker’s VERTEX FM feature which combines the unique wide spectral range beamsplitter, the new wide range detector and the standard IR source to cover the spectral range from 6000cm-1 down to 50cm-1 in one step for all types of transmittance, reflectance and ATR measurements.  The unique VERTEX FM technology complement the automatic beamsplitter changer unit BMS-c and detector switching devices since several years available for the VERTEX 80v high end research FTIR spectrometer.

When the VERTEX 70v vacuum spectrometer is equipped with the VERTEX FM spectroscopy option, the spectral range is extended down to 10cm-1 utilizing the external water cooled mercury arc high power lamp and automatic source switching.

The extension of the mid IR towards the far IR spectral range below 400cm-1 is of general interest for molecular vibrational analysis for inorganic and organometallic chemistry, for geological, pharmaceutical, and physical applications, polymorphs and crystallinity analysis as well as for matrix isolation spectroscopy.  The ATR measurement of Ascorbic Acid shown here demonstrate that with the Bruker VERTEX 70 or VERTEX 70v FTIR spectrometers, the new VERTEX FM option yields a spectral range from 4000cm-1 to 50cm-1 in a single very convenient data acquisition. 

About Bruker Corporation

Bruker Corporation (NASDAQ: BRKR) is a leading provider of high performance scientific instruments and solutions for molecular and materials research, as well as for diagnostics, industrial, clinical and applied analysis.
For more information, please visit www.bruker.com

For more information on the VERTEX Series, please visit: www.bruker.com/vertex

 

Contact:

Michael Mueller
Marketing Manager Bruker Optics
T: +49 (7243) 504-2652
E: michael.mueller@brukeroptics.com