FT-IR spectrometry was developed to overcome the slow scanning process of dispersive instruments. A method for measuring all IR frequencies simultaneously, rather than individually, was needed. The interferometer, which produces a unique signal with all IR frequencies "encoded" within, was developed, reducing the time element per sample from minutes to seconds. The interferogram signal is then decoded using Fourier transformation, presenting the desired spectral information for analysis.

Industrial gas analysis system designed for plant & process environments

The power to handle both research and routine analysis FT-IR experiments

Thermo Scientific* Nicolet* 8700 spectrometer is a research-grade instrument designed for maximum experimental flexibility and performance.

Thermo Scientific* Nicolet* iS*10 FT-IR spectrometer excels at rugged, precise, fast-paced operation, yet simplifies laboratory data collection to

The perfect performance, fit and value for entry-level spectroscopy.

The perfect performance, fit and value for entry-level spectroscopy.

Identify, classify, qualify and determine secondary structures of proteins.

Rapid measurement of interstitial carbon and oxygen as well as epitaxial film thicknesses