Used NANOMETRICS / BIO-RAD / ACCENT QS-2200M #293806480 for sale

NANOMETRICS / BIO-RAD / ACCENT QS-2200M spectrometer is an advanced and reliable tool for measuring and quantifying light signals. This spectrometer is an excellent choice for analyzing spectral light emission from lasers, ultraviolet (UV), visible and infrared (IR) sources with superior signal-to-noise performance. ACCENT QS-2200M spectrometer offers great spectrometric capabilities and is designed for straightforward integration into photonics calibration and imaging systems. This spectrometer is based on a single monochromator that includes two photo diode arrays - one for detector sampling in the UV to visible spectrum (UV-VIS) and the other for the visible to infrared (V-IR) spectrum. BIO-RAD QS-2200M incorporates advanced scanning technology to sample quickly and accurately within any range of wavelengths with a minimum of energy loss. It uses a coupled-detector design and a proprietary filterless wavelength selector to achieve maximum sensitivity, signal-to-noise performance, and detector linearity. NANOMETRICS QS-2200M is designed with automated functions for easy operation. It features internal memory for calibration settings, a range of optical filters and a motorized grating for wide wavelength selection. Furthermore, the included software package offers full control of all components and simply manages remote operation. Additionally, sophisticated signal processing circuitry ensures high resolution and accuracy in measurement tasks. QS-2200M spectrometer is capable of measuring light in the spectral range from 200 nm to 2500 nm with superior accuracy and measurement speed. It features an adjustable slit width for excellent noise resolution and spectral resolution from 1 nm to 10nm to accommodate a variety of applications. Furthermore, this spectrometer incorporates shutter-style detectors that give fast and reliable responses. NANOMETRICS / BIO-RAD / ACCENT QS-2200M spectrometer is an excellent choice for tasks requiring precise measurements of light signals, such as LED optical performance testing, spectrometric thin film characterization, automated viscosity measurements or gas analysis. Featuring great sensitivity, superior signal-to-noise performance and fast measurement speed, it is ideal for a wide range of photonics, imaging or other spectroscopic analysis tasks.