Thermo Nicolet Nexus 470 FTIR with NXR FT-Raman Spectrometer

Thermo Nicolet Nexus 470 FTIR:

Product Description:

• Superior optical throughput
• Superior signal-to-noise ratio
• High resolution of course
• Multiple spectral ranges: mid-IR, near-IR,
• far-IR, UV-Visible
• Rapid scanning for fast kinetics
• Smart Accessories™

Includes:

• Nicolet 470 NEXUS FTIR with MCT Detector
• Computer with Omnic IR software,
• Keyboard, Mouse, Computer

Smart Systems from Thermo Electron automatically link the setup, testing and operation of spectrometers, software, sampling accessories and spectral information, leaving you free to focus on the experiment or analysis. Smart Systems recognize how you normally use the system and automatically set up the spectrometer for a particular experiment.

Nicolet NXR FT-Raman Spectrometer:

Product Description:

Raman spectroscopy is a powerful analytical technique which is finding increasing use in environments where its ease of use and non-destructive sampling methods make it a valuable addition to more traditional technology. Extensive spectral libraries, combined with sophisticated searching software, make sample identification easy. Raman is unique in its ability to identify physical differences, such as in crystalline structure.

Every Nicolet NXR FT-Raman system is designed for maximum performance and flexibility. Options for excitation lasers, detectors, sampling geometries, and sample handling options are combined to provide a robust platform

with pinned-in-place components and a precision-cast baseplate. The dual detector option combines the benefits of the fast startup InGaAs detector with the highest sensitivity NXR Genie detector. Gold-plated mirrors,

high-throughput Rayleigh rejection filters, and a dynamically aligned interferometer enable applications ranging from high-volume routine screening to advanced chemical analysis and experimentation.

Advantages Offered by Raman:

• Non-destructive method

• Non-contact

• Typically no sample preparation – no need to dissolve solid samples, nor destroy physical and chemical properties prior to analysis

• Easy sampling through glass and plastic packaging

• Easy access to far-infrared vibrations

• Unlike other techniques, Raman is minimally affected by most molecular interactions. This typically results in      spectra with sharp, distinct peaks suitable for spectral interpretation and successive subtraction.