Used GL SCIENCES GL-7450 #9165847 for sale

GL SCIENCES GL-7450 Spectrometer is a spectrometer device that uses various wavelength separation methods to measure and analyze light. It is used to accurately measure spectra coming from a variety of sources including lasers, diodes, lamps, crystals, and semiconductor materials. The device consists of an optical cell, grating mounting, slit holders, and detectors all supported on a single platform. Its components are designed to provide an accurate, precise, and stable measurement of the spectra. The device is divided into two major parts: the grating and the detector. The grating device is usually powered by a laser, but can use any type of light source. The grating is responsible for wavelength separation of the light. It consists of a series of fixed and rotatable slits which allow a specific wavelength of light to be focused onto the detector at each slit position. By appropriately adjusting the slit positions, the device can measure a wide range of wavelengths from the ultraviolet to the infrared. The detector is the second major component of GL-7450 spectrometer. It is designed to measure the intensity of the light at each wavelength and to accurately record this data. Depending on the type of spectrometer being used, the detector can be a variety of types such as a photodiode array, a charge-coupled device (CCD) array, or a photomultiplier tube (PMT). GL SCIENCES GL-7450 spectrometer includes a variety of features to ensure accuracy, precision, and reliability. These include temperature control mechanisms, shielding to prevent interference from vibrations or other sources, and a high signal-to-noise ratio. The device also includes a number of software components such as data acquisition software, analysis software, and reporting software. The software allows users to quickly and accurately process data and generate detailed reports. GL-7450 spectrometer is an advanced and reliable device designed for the accurate and precise measurement of spectra. It is used extensively in industries such as biotechnology, semiconductor technology, medicine, and photonics to name a few. It provides reliable, accurate, and repeatable results. Its features make it an ideal choice for a variety of applications requiring the detection and analysis of a wide variety of light sources.