Used GILSON 215 #9108600 for sale

GILSON 215 is a high performance spectrometer designed for complex samples analysis. It's the latest model from GILSON family, updated with a modular and user-friendly design. 215 spectrometer is a versatile instrument capable of performing a wide variety of operation, such as FTIR (Fourier Transform Infra Red) and near Infrared (NIR) analyses. It can also perform Raman, UV-Vis and elemental analyses. GILSON 215 features a split beam optical layout, allowing a best compromise between sensitivity and resolution. It is based on a multilayer focusing optics system, with a fixed path difference between exiting beams that enables simultaneous recording of spectra. The system is designed for fast scans to reduce signal integration time and noise in synchronized multi-dimensional analyses. The instrument offers a wide infrared range (400-8000cm^-1), and a spectral resolution capability of 0.2 - 2.0 cm^-1 to provide the highest possible sensitivity with minimal spectral distortion for even the most complex sample. 215 spectrometer is compatible with virtually any noise sources and samples, and demonstrates great signal-to-noise (S/N) ratio even in challenging applications, such as homodyne detection. A variety of sample cells and accessories are available for a plethora of analysis tasks. GILSON 215 spectrometer also features a detector with wide dynamic range, and a small thermal drift, allowing it to detect weak signals and offers great performance even under unfavorable conditions. It also requires very low maintenance, and the instrument's user-friendly interface makes it easy to learn and use. It also offers compatibility to both LabVIEW and Matlab data analysis programs. Finally, 215 is built around a very robust metal frame, with adjustable height, and includes some modern diagnostic methods to keep its tuning accurate along the time. In conclusion, GILSON 215 spectrometer is an ideal tool for those looking for a versatile, reliable and high performance instrument, capable of performing a variety of spectrometric tests.