Dec 17 2009
Varian, Inc. (NasdaqGS: VARI) announced today FT-IR solutions for Polymer and Materials Applications that reduce analysis times and reveal more detailed information. FT-IR (Fourier Transform - Infra Red) spectroscopy is an essential tool in the analysis of polymer films and other materials. Applications range from quality testing of raw materials to failure analysis of large objects. The solutions feature Varian's high performing 600-IR Series spectrometers and microscopes, software and accessories.
Energy throughput often limits the amount of information that can be gathered or greatly increases the time required for analysis. Varian's FT-IR systems offer the highest energy throughput available under real world conditions to deliver more data, faster. For users that need to detect contaminants in multi-layer laminates or silicon wafers, for example, Varian's 610-IR microscope provides the best range of spatial resolution options available making visible what other systems cannot.
Varian's standard software makes QA/QC analysis simple. It provides the ability to search in-house as well as commercially available spectral libraries to assess the purity of raw materials or finished product. For routine measurements customers can increase productivity by taking advantage of unique features in Varian's FT-IR software to turn systems into dedicated analyzers.
The 600-IR Series accommodates a variety of polymer and material sample types -- spray-on liquids, pastes, resins, plastics, and coating materials. ATR (Attenuated Total Reflectance) is the easiest method as it typically requires little to no sample preparation. With Varian ATR or grazing angle accessories, users can investigate changes in polymer surfaces such as functionalization or weathering.
"Whether for research or routine analysis, Varian FT-IR spectrometers and microscopes make it easy for polymer and materials scientists to get the information they need," said Martin O'Donoghue, Senior Vice President, Scientific Instruments, Varian, Inc. "The combination of speed, resolution and ease of use ensure that they can see more, see it clearly and see it faster."