Used MIDAC I-1801 #9082708 for sale

MIDAC I-1801 is a high-performance, precision spectrometer designed to measure infrared (IR) spectral signatures of various materials. It consists of an optical bench that houses an IR source, several diffraction gratings, a detector array, and several other components. The IR source emits radiant energy in the wavelength range of 7.5 to 13.5 µm. A set of collimating and focusing optics directs the emitted IR radiation onto a diffraction grating that separates the IR into its various spectral components. The individual spectral components are then directed onto a detector array composed of several thousand InSb (indium antimonide) detectors. The resulting data is collected and sent to a computer for further analysis. In addition to sampling radiation in the IR range, I-1801 can also sample radiation in the visible region as well as the ultraviolet region. It has the ability to acquire images of complex scenes or objects in either combination of spectral regions for more detailed spectral analytic. MIDAC I-1801 also has the capability to store spectral data in its internal memory for subsequent retrieval and reprocessing. In terms of its physical characteristics, I-1801 measures 310 mm x 210 mm x 200 mm (L x W x H) and is portably housed in a rugged aluminum anodized case for ease of transport. The optical system utilizes short-wavelength detectors to ensure high accuracy and low thermal drifts. The total weight of the spectrometer is near 20 kg. MIDAC I-1801 was designed to be user-friendly, with a simple and intuitive graphical user interface (GUI) and touchscreen display. The user interface allows users to easily interact with the spectrometer and facilitates data collection. The spectrometer also comes with pre-defined automated routines that streamlines the process of data analysis and enables users to obtain spectral data and examine it quickly and accurately. Overall, I-1801 spectrometer is an ideal choice for advanced characterization of materials in the IR, visible, and ultraviolet spectral regions. It offers a combination of superior precision, ease of use, portability, and high accuracy that make it a powerful and versatile tool for a variety of research and industrial applications.