Nicolet CZ offers a wide range of Raman spectrometers with Fourier transform and dispersed Ramans. Each type differs in its capabilities and the applications for which they are suitable. If you have any questions or concerns, please contact us. We will be happy to help you choose a suitable spectrometer for your workplace or develop applications.
Examples of using Raman spectroscopy:
Polymer and biopolymer applications
Food (eg coffee quality, rice, microplastics in bottled drinks / water , control of agricultural products, etc.)
Pharmaceutical applications
Forensic Applications
Mineralogy, authenticity and quality of rare minerals
Nano-applications, nanofibers
SERS
PAT, raw material control
Development and optimization of modern batteries (cathodes / anodes)
Packaging, packaging materials
The FT-IR spectrometers iS50 can be easily expanded with all the possibilities of Raman spectroscopy, but also microscopy using the new internal FT-Raman module. It is equipped with an excitation laser 1064 nm with software selectable power.
Construction of the device built according to your requirements: AFM, fluorescence measurements, TERS and other advanced techniques, that can be included in the system.
Measurement of photoluminescence spectra (PL spectra) is one of the basic characterization methods of quality analysis of various materials (especially semiconductors). The main application of Mini PL
Measurement of photoluminescence spectra (PL spectra) is one of the basic characterization methods of quality analysis of various materials (especially semiconductors). Using this technique, it is possible
Methods of sample excitation using UV lasers (“deep” deep UV) such as Raman spectroscopy, resonant Raman spectroscopy and fluorescence have in the past proved to be very
Photon Systems’ series of DUV (deep UV) lasers offers excitation wavelengths of 224.3 nm and 248.6 nm at a fraction of the price of the other companies