Used NANODROP ND-1000 #293669253 for sale

NANODROP™ NANODROP ND-1000 Spectrometer is an innovative optical instrument that provides precision, convenience, and ease-of-use for monitoring and measuring concentrations of nucleic acids, proteins, and other solutions. This spectrometer is an excellent tool for quality control in the laboratory and for research applications. ND-1000 Spectrometer is based on patented UV-Vis single-path cuvette spectroscopy technology. This design reduces the sample volume requirement to 0.18 ml which makes it ideal for very small sample sizes. Its accuracy and precision measurements can be compared to traditional multi-path cuvette spectroscopies. NANODROP ND-1000 is able to differentiate between background reflections, interference, and true absorption features in solutions, as well as adapt to a wide range of sample types including buffered and cell extracts. ND-1000 also features innovative calibration controls that improve accuracy and repeatability. Its software allows users to store and recall data sets, and create customized blank corrections by identifying sources of background, such as cassette colors, sample diluents, and plastic surfaces. A built-in data logger records the entire measurement series, and lets operators compare results to previous samples. Once the sample has been prepared, NANODROP ND-1000 takes only 3 minutes for it to obtain a single absorbance measurement of concentration. It then quickly calculates valid sample data that is easy to understand and interpret. It also provides added convenience through its automatic calibration, which requires no manual input. In short, NANODROP™ ND-1000 Spectrometer is an easy-to-use and reliable instrument that accurately detects and measures the concentrations of nucleic acids, proteins, and other samples. It provides fast and reliable results, and its innovative design reduces sample volume requirements to a minimum. Its software provides convenience and data recall, and its built-in data logger gives users complete traceability of their results.