A full line of FT-IR accessories enable the user to choose sampling methods with ease. TENSOR series is to be used for basic quality control and expanded to a full research system. The TENSOR utilizes the Online PerformanceGuardTM to ensure all optical components, automation units and accessories continuously are continuously monitored. All relevant parameters transfers to the software for the user to immediately start a measurement. Component exchanges (like source, beamsplitter, detector, or laser). The TENSOR series automatically recognizes optical components and sampling accessories. These factors make learning the software and the operation of the instrument so easy that even untrained personnel can operate a TENSOR series spectrometer. All manipulation and evaluation routines are designed for multiple file operation. Unlike a conventional flat mirror interferometer, cube corner's optically eliminates alignment errors.Ĭustomizable workspaces, easy measurement mode and wizards to guide you through setup of analytical methods are standard in OPUS™ software. TENSOR provides high sensitivity performance with the permanently aligned, high throughput patented RockSolidTM cube corner interferometer. It combines easy operation with highest instrument performance and affordability. TENSOR is designed for today’s laboratory requirements. It combines the highest performance and outstanding flexibility with an intuitive and easy to operate interface. KBr pellets can also be used, though CEST do not maintain a pellet press.If you need a FT-IR spectrometer that can rapidly identify, quantify and verify your routine samples, TENSOR™ is the right tool for your laboratory.
Solids can also be measured using the Diffuse Reflectance Infrared Fourier Transform Spectroscopy (DRIFTS) module. Solids, liquids, and films can be measured using the diamond lens Attenuated Total Reflectance (ATR) module. The Center’s Bruker Tenor 27 has several reconfigurable accessories that allow for a variety of sample measurements.
Additionally, the intensity of the peaks measured on these unique spectra are directly correlated to the amount of that material present within the sample. Therefore, IR spectroscopy can result in a positive identification (qualitative analysis) of functional groups and combinations of groups in organic molecules. Because compounds are arranged in a unique combination of atoms, no two compounds produce the exact same InfraRed (IR) spectrum. Fourier-Transformed InfraRed (FTIR) spectroscopy is a well-defined technique for material characterization.
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