August 2017

New Microsite Dedicated to the Pharmaceutical Industry

Bruker offers a broad range of high performance systems for a faster, more reliable analysis method for research and development centers and within the manufacturing process. Bruker serves many needs of the Pharmaceutical and Biotech industries, ranging from Quality Control to Process Analytical Technologies (PAT), by implementing spectroscopic solutions. 

Explore the new microsite dedicated to the Pharma Industry where you can find a variety of information such as:

•White Paper Downloads/Application Notes, •Product Brochures, •Webinars dedicated to Pharma, •Video's to demo analytical instruments, •Request a quote/more information

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Bravo - Mobile Raman Analysis for Art and Restoration Studies

The analysis of artworks and other objects of cultural value can be very challenging. Besides a non-destructive analysis the transfer of the objects to a laboratory often is not possible, e.g. in case of large sculptures or wall paintings, or would be highly undesirable and thus, in-field methods need to be applied. 

The handheld Raman spectrometer BRAVO provides a great benefit complementing Bruker’s range of mobile XRF and FTIR spectrometers. Especially the benchtop-like performance regarding accuracy and the highly effective fluorescence mitigation SSETM provide most unique material information accessed by a comfortable remote control. 

Learn more in our Product Note R38 about spectroscopy with the handheld Raman spectrometer BRAVO in the field of art and cultural heritage.

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Quality Control of DLC Layers

Diamond-Like-Carbon (DLC) coating is widely used for increasing the hardness and wear resistance of products like tools, engines, hard-disk read heads, medical implants and high-precision watches. One important characteristic of the DLC coating quality is its thickness. 

The FT-IR microscope LUMOS allows a non-destructive, fast and precise quality control of DLC coatings. Even smallest areas of samples with structured surface can be analyzed very accurately. Furthermore the homogeneity of the DLC coating can be measured and be visualized in chemical images. 

Read our Application Note AN MIC415 about Quality Control of DLC Layers.

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In Situ Molecular Layer Analysis by Vertex UHV Adaption

Fundamental researchers characterize samples or monitor reactions under very precisely defined conditions. Ultra-high vacuum (UHV) chambers are basically required for such experimental intentions. Additionally, interdisciplinary research needs to combine various UHV analysis techniques. The request to adapt FTIR spectroscopy to a UHV facility grows accordingly. Bruker’s UHV FTIR adaptation offers the solution for such demanding applications. 

VERTEX vacuum series research spectrometers provide a better stability and reproducibility in comparison to purged spectrometers. Especially the VERTEX 80v vacuum spectrometer is the gold standard for high-end and UHV adaptions. Furthermore, the adaption of vacuum chambers with vacuum spectrometers is technically more efficient and reliable. Bruker has successfully installed UHV-FTIR systems with various UHV suppliers. Details see Application Note M92, Application Note M96 and Application Note M107. You can also visit our booth or poster presentation at the ALD 2017 to see the outstanding performance of the UHV-FTIR spectroscopy and our flexible UHV adaption solutions.

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New Microsite Dedicated to Gas Analysis and Remote Sensing

Bruker gas analysis and remote sensing instruments allow for fully automatic identification and quantification of gas compounds.  Target gases can be analyzed using the Gas Analyzer Matrix MG Series as well as far distances with the remote sensing systems.  This new microsite is loaded with information to help you select the right system for your gas analysis and remote sensing needs.

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Analysis of Fish Oil with FT-NIR Spectroscopy

Marine oils are the main source of polyunsaturated Omega-3 fatty acids. Especially EPA (Eicosapentaenoic Acid) and DHA (Docosahexaenoic Acid) are known to be highly beneficial to human health. Since the body is not able to produce Omega-3 fatty acids on its own, it is essential to supplement our diet with DHA, EPA and other valuable unsaturated fatty acids. 

To ensure that pharma-grade fish oils and Omega-3 fatty acids meet the strict quality parameters, a tight quality control is essential before their release. The traditional analyses are generally carried out using standardized chemical and physical methods, which are, however, often designed for the analysis of only one specific parameter and tend to be tedious, time-consuming, expensive and often require hazardous solvents and reagents. FT-NIR spectroscopy, on the other hand is fast (analysis time of the order of less than 1 minute) and can analyze multi-components with only one measurement. 

Learn more in our Application Note N291 about the analysis of fish oils with FT-NIR.

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New Microsite Dedicated to the Analysis of Polymers and Plastics

 New microsite dedicaed to Modern QC/QA and failure analysis of polymers and plastics:

• Routine QC/QA of incoming raw materials, intermediates and final plastic products by IR-spectroscopy

• Effective failure analysis of smallest product defects by using IR-microscopy

• Spatially resolved analysis of the chemical composition of materials for product development and reverse engineering

Find comprehensive information about principle and applications of the IR-method at www.plastics-polymer-analysis.com

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New Microsite Dedicated to the Analysis of Olives and Olive Oil with FT-NIR-Spectroscopy

The quality of extra virgin olive oil vastly depends on the olive itself, as it is the only cooking oil that is made by cold-pressing the fruit without the use of chemicals and industrial refining. This makes it expensive and thus prone for adulteration.

FT-NIR spectroscopy offers a valuable tool for monitoring the complete production process from the olives to the extraction process and the finished olive oil with only one analyzer.  Learn more by 

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Download New Video's Demonstrating Key Capabilities of our Infrared and Raman Spectrometers

These new video's allow for you to easily learn more about Bruker Optics infrared and Raman spectrometers with just a click.  Sample our:

• ALPHA Compact FTIR Spectrometer with Excellent X-axis Reproducibility and 10 year warranty 
  
• LUMOS FTIR Microscope - Best Performance and lowest cost of ownership 
• CONFOCHECK - FT-IR System for Protein Analysis 
• MATRIX-MF FTIR Process Ready Spectrometer ideal for real time monitoring
• TENSOR II High Performance FT IR Spectrometer with integrated Platinum ATR
• VERTEX FM Far and Mid IR Spectroscopy in One Step, no gaps
• EM-27 SUN-Measurement of atmospheric gases by solar absorption Spectroscopy 
• MATRIX MG high performance gas analyzer based on FTIR spectroscopy
• Award Winning Matrix-F FT-NIR Spectrometer  for direct measurement in process reactors & pipelines
• Next Generation BRAVO Handheld Raman Spectrometer for Material Verification and Identification 
• FT-NIR Multi Purpose Analyzer offers everything you need for analysis of liquids, solids, powders & tablets
• New 3-A Certified Reflectance and Transmission Probes for Dairy 
• Speed up your Feed Analysis with the FT-NIR TANGO Spectrometer with touch screen operation
• Tandem Online Tablet Characterization PAT Tool fully automatic for both physical & chemical characteristics

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