Used OCEAN OPTICS / MIKROPACK SpecEL-2000-VIS #9231249 for sale

OCEAN OPTICS / MIKROPACK SpecEL-2000-VIS Spectrometer is a high-performance imaging spectrometer designed for laboratories and field research. The unit features a broad spectral range from 200 to 1100 nm with spectral resolving power greater than 2000 (2 nm @ 500 nm). Its design offers extended linearity over the entire visible range as well as excellent dark noise characteristics and superior stray light performance. MIKROPACK SpecEL-2000-VIS utilizes a double-stacked CCD detector (combines both a cooling stage and a sensitive low-noise image sensor) and a specialized optics system with a proprietary optics configuration. This ensures both high signal-to-noise performance as well as accurate spectral measurements. The device is also equipped with an automated shutter, making it ideal for long integration times in the field. The system is controlled and operated by a state-of-the-art imaging spectrometer interface. This software allows the user to acquire spectral data quickly and easily. It features flexible integrations settings including exposure time, number of scans, linearity, and dynamic range. The software also provides a variety of data analysis options for generating spectra, XY charts, and histograms. The unit features a massive 16 Gbyte internal memory, allowing users to save large amounts of data. It is also able to transfer data directly to a compatible PC via USB, eliminating the need for additional data storage. The SpectEL-2000-VIS is designed for easy portability and installation in laboratory or field settings. Its small, compact design and light weight make it highly mobile and requires minimal setup time. Its power supply can be supplied either via standard AC connection or Industrial battery for even greater flexibility. MIKROPACK SpectEL-2000-VIS is one of the best imaging spectrometers available for research and scientific applications. Its performance, versatility, and easy portability make it ideal for a variety of applications, from laboratory experiments to remote, field-based measurements.