Used NANOMETRICS QS-1200 #9174919 for sale

NANOMETRICS QS-1200 Spectrometer is a cutting-edge device designed for the measurement of visible and near-infrared radiation. Boasting an enhanced resolution, the spectrometer is capable of accurately resolving signals with absolute intensities as low as 10E-10 watts in the 180-1100 nm range. QS-1200 is a highly sophisticated instrument that incorporates a grating mounted in a mechanically corrected gold plated sphere, which offers a differentiated spectral source separation of up to 0.03 nm. The design of the spectrometer also features a fully parallax-free optical equipment, featuring no wavefront errors, resulting in highly accurate quantitative measure- ments over a wide range of spectra. The spectrometer offers an impressive signal-to-noise ratio, making it suitable for a wide variety of applications, from material/chemistry analysis to metrology and biochemistry. Moreover, the spectrometer offers an internal data acquisition system to deliver real-time measurements of incident radiation up to 5 MHz. The internal data acquisition unit also features internal data storage of up to 1 GB of data for rapid download and transfer to the host computer. This allows for ease of data management and analysis, as well as a faster turnaround of results for laboratory applications. NANOMETRICS QS-1200 spectrometer is compatible with a wide range of operating systems, including Windows, Linux, and Mac, thus allowing users to integrate the spectrometer into their laboratory with minimal hassle. Moreover, the spectrometer is made up of highly durable, long-lasting materials, including CNC machined aluminum in combination with gold plated steel components. This ensures that the device can cope with rough handling and can be used in a wide variety of laboratory settings. QS-1200 spectrometer is a top-of-the-line machine and is ideal for those seeking ultimate performance and reliable accuracy. Its features make it perfectly suited to a wide range of laboratory applications, from measuring radiation in the near-infrared region to material and chemistry analysis.