Used SHIMADZU UV-160 #293627098 for sale

SHIMADZU UV-160 spectrometer is an especially designed device for UV-Vis spectroscopy applications. UV-Vis spectroscopy is an analytical technique used to detect and measure the intensity of light in the ultraviolet (UV) and visible wavelength range. This spectrometer's ultraviolet-visible spectral range results in improved sensitivity and highly reproducible measurements. UV-160 spectrometer uses a double-beam system, with a high-performance scanning monochromator in the optical path. This monochromator consists of two independent, parallel-mounted optical beams, allowing the user to select two wavelength ranges simultaneously. The ultraviolet range is 190-360 nm, while the visible range is 360-1000 nm. This spectrometer also includes a SynchroScan-Scanning device, which increases the scanning speed by an order of magnitude. The sample is scanned through a slit so that the wavelengths of light that pass through it are measured. This slit can be adjusted to various sizes by manual positioning, and a selection of both fixed and adjustable slits are available. An adjustable slit is required for precise wavelength selection. The device can be calibrated according to the user's specific needs, and a high-precision wavelength calibration for UV-visible light is available. SHIMADZU UV-160 spectrometer has a built-in multiplexer to allow for connection to external devices such as computers and other data acquisition systems. A variety of software can be used to integrate the device with the user's data acquisition system so that data can be acquired and stored. This spectrometer is extremely sensitive and can detect both single and multiple color components in a sample. Its wide range of applications include quality control, plant photosynthesis and chlorophyll determinations, microbiological assays, and measuring nuclear radiation. UV-160 spectrometer is an efficient device for UV-Vis spectroscopy applications with highly sensitive measurements and a true double-beam optical system. It has a built-in multiplexer for connection to external devices, and offers a wide range of applications for quality control, determining photosynthesis and chlorophyll, testing radiation, and more.