Used NANOMETRICS / BIO-RAD / ACCENT (Spectrophotometers) for sale

Nanometrics, Bio-Rad, and Accent are all manufacturers of spectrophotometers, which are analytical instruments commonly used in scientific and research laboratories. These spectrophotometers have analogues that offer reliable and accurate measurement of light absorption and transmission for various applications. One of the key advantages of spectrophotometers from these manufacturers is their versatility. They are capable of covering a wide range of wavelengths, from UV to visible and even near-infrared regions, allowing users to measure a diverse range of samples. This flexibility makes these spectrophotometers suitable for numerous industries, including pharmaceuticals, biotechnology, environmental monitoring, and materials science. An example of a spectrophotometer from these manufacturers is the Nanometrics 3550. This model offers a compact and user-friendly design, with a wide range of measurement options and automated features for ease of use. The Nanometrics 3550 UV is a variant that is specifically designed for ultraviolet applications, offering enhanced sensitivity in this wavelength range. Bio-Rad's spectrophotometer lineup includes the Bio-Rad 550, a high-performance instrument equipped with advanced optical systems for accurate and precise measurements. This model offers a wide range of measurement modes, including absorbance, transmittance, concentration, and kinetics. Accent also offers a range of spectrophotometers, including the Accent 1000 and the Accent 1000+. These instruments provide a comprehensive set of features, including wide wavelength coverage and high measurement accuracy, making them suitable for various spectroscopic applications. In conclusion, spectrophotometers from Nanometrics, Bio-Rad, and Accent offer reliable and versatile solutions for measuring light absorption and transmission in scientific and research settings. These instruments provide accurate results and come with various models and features to cater to specific application requirements.