Used SHIMADZU DGU-14A #9019248 for sale

SHIMADZU DGU-14A spectrophotometer is an advanced analytical tool that is used for measurement of the intensity of light in different wavelengths. This spectrophotometer has a wavelength range of 190 to 1100 nm for ultraviolet and visible light, and a resolution of 0.25nm. It has a 5-position turret lens mounted on it that increases the range of measurements from 190 to 1700nm. The main feature of DGU-14A is its precise, wide-range spectral measurement capability. It offers good linearity and repeatability with a drift rate that is less than 0.1nm. The noise level is also low, with a single scan noise level that is lower than 0.08 AU and an average scan noise level lower than 0.03 AU. The unit is equipped with both a variable slit width and a deuterium/Hg lamp. The variable slit width function allows users to increase or decrease the amount of light entering the detector in order to achieve higher resolution measurements. The deuterium/Hg lamp allows for increased sensitivity in the UV range of spectra (190-350nm), and the lamp wavelength stability is excellent. Additionally, the spectrophotometer has an automated sample changer that enables accurate measurements of up to nine samples with a cure rate of less than 0.2%. The high dynamic range and low non-linearity of the unit makes it capable of performing accurate and repeat measurements on very small sample sizes. SHIMADZU DGU-14A also has several automated processes that can significantly reduce the turnaround time of analysis. It is capable of performing direct and inverse functions, as well as creating a calibration curve with just the touch of a button. Additionally, the control software package enables a user to quickly set up a measurement, begin a measurement, and view the results. Overall, DGU-14A spectrophotometer is an ideal choice for a wide variety of analytical purposes. Its precision, accuracy, and functions can help to quickly and favorably measure the intensity of light in different wavelengths in order to obtain highly precise and specific results.