Used ANASYS NanoIR #9382711 for sale

ANASYS NanoIR is a spectrometer designed for nanoscale infrared spectroscopy and imaging, and is capable of providing users with extremely high resolution. It utilizes a large number of near-field scanning probe techniques, which allow the user to scan their sample from the micron scale down to the nanoscale for analysis. NanoIR is equipped with a unique combination of a broadband infrared source, dynamic imaging, time-resolved measurements, and an optimized laser equipment, making it the ideal choice for many infrared spectroscopy applications. The laser system is equipped with a modulated laser beam that allows for high-resolution imaging and nanoscale analysis with increased sensitivity. The instrument also offers advanced imaging capabilities such as high-resolution imaging of chemical structures, mapping of surface topography, and spectroscopy measurements. This allows for accurate and detailed analysis of materials and processes on the nano-scale level. The unit allows the user to identify and compare the structure of samples down to the molecular level, giving detailed information on the vibrational and electronic structure of each component. ANASYS NanoIR is also equipped with built-in software which allows for data acquisition, analysis, and visualization, making it a user-friendly machine that can easily be operated by a variety of users. Additionally, the instrument is also capable of time-resolved measurements, giving insight into the processes being analyzed. In summary, NanoIR is a spectrometer designed for nanoscale infrared spectroscopy and imaging, and is capable of providing users with extremely high resolution. It utilizes a number of near-field scanning probe techniques, allowing for detailed analysis of samples down to the molecular level, and is equipped with a modulated laser beam as well as built-in software for data acquisition, analysis, and visualization. Additionally, ANASYS NanoIR is also capable of time-resolved measurements, making it the ideal choice for many infrared spectroscopy applications.