Used NANOMETRICS / BIO-RAD / ACCENT QS-408M #293735664 for sale
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ID: 293735664
Wafer Size: 8"
Vintage: 1996
FTIR Spectrometer, 8"
Equipped with:
Digilab 013-3942
Digilab SPC-3200
Digilab 010-0150
Manual included
Power: 110 V, 60 Hz
1996 vintage.
NANOMETRICS / BIO-RAD / ACCENT QS-408M is a spectrometer used for a variety of analytical applications. It is an advanced double beam instrument that combines collinear optics with unique liquid crystal spectroscopy to provide precision and accuracy in a wide range of optical measurements. The twin-beam design uses collinear optics to measure multiple wavelengths simultaneously. The liquid crystal spectroscopy allows for a range of spectrometer configurations and additional flexibility for more precise results. It is capable of detecting light from across the visible, ultraviolet, and near-infrared regions of the electromagnetic spectrum. The design of ACCENT QS 408M allows for the precise customization of data collection, providing users with exceptional control. The optical microscope is designed for the precise UV and VIS measurements, including integration with both beam and single-beam spectra. It is also equipped with automatic temperature stabilization and has a data acquisition rate of up to 200,000 results per second. BIO-RAD QS-408-M also offers a range of accessories, including micro spectral imaging systems and spectral filters, which can improve the accuracy and precision of data collection and further enhance the analytical performance of the instrument. The spectrometer is also configurable according to different applications requirements. It is capable of sub-ppm detection, filter and spectra scanning, integratable forceps, polarimetric filters, and a range of other instruments and accessories. NANOMETRICS QS-408-M provides users with a wide range of capabilities and excellent precision and accuracy, making it a reliable and efficient instrument for a variety of optical measurements. It is perfect for a wide range of applications from biomedical research and bioinformatics to hyper-spectral imaging and semiconductor analysis.
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