Used CARY 14 #9229968 for sale

CARY 14
Manufacturer
CARY
Model
14
ID: 9229968
UV-VIS Spectrophotometer.
CARY 14 is a double-beam spectrophotometer that can be used for the quantitative measurement of a wide range of materials in solution. It has a long and proud history as an industry standard, due to its high accuracy and excellent repeatability. Its state-of-the-art optical design of two beams with a diffraction grating serves to separate the wavelengths more accurately than other single beam designs. This allows 14 to measure sample and reference cells more accurately and quickly. CARY 14 has a user-friendly and intuitive software interface that allows for the control of a variety of functions. The software can be used to set wavelength ranges, sample readings, path lengths, ranges of absorption measurement, scan speed, set shutter speeds, and even automate measurements. This software allows for the creation of custom methods and profiles that are automatically used when measuring. 14 is capable of viewing the full visible spectrum as well as a range of frequencies in the infrared and ultraviolet areas of light. Its ultraviolet optics are specially designed to minimize the degradation of the light source. Additionally, CARY 14 is capable of scanning multiple wavelengths at a given time and also incorporates a detector that is insensitive to changes in temperature and pressure. It is also equipped with a variety of filters that allow for the study of specific areas within the spectrum and attenuate specific frequencies of light. 14 is an extremely reliable and precise tool for the laboratory. Its advanced optical design allows for highly accurate and repeatable measurements from sample to sample. It is equipped with a range of technologies that allow for the monitoring of both light absorption and transmission. Additionally, its software and user-friendly interface allow for the streamlined automation of methods and the creation of custom profiles. All in all, CARY 14 is an industry-standard spectrophotometer for the accurate and precise measurement of a wide range of materials.
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