Used EPPENDORF BioPhotometer #9082768 for sale

EPPENDORF BioPhotometer
ID: 9082768
Photometer ight beam height: 8.5 mm Spectral range: 220 to 750 nm.
EPPENDORF BioPhotometer is a spectrophotometer that offers accurate and precise measurements of nucleic acids and proteins. This high-precision instrument is designed to measure both concentrations and purity of samples in a single measurement across the wavelength range of 350 to 800 nm. BioPhotometer features a unique built-in cuvette holder and dispenser, as well as a specially designed measurement area for routine process control. The instrument has an optical system that provides a monochromatic source and detector. The optics then uses a diffraction grating for wavelength selection. The sample is placed into a cuvette that is filled with buffer and the absorbance is measured at the desired wavelength. The measurement is performed in a covered and temperature-controlled environment, which ensures repeatable and reproducible results. The digital display shows measurement results in absorbance or concentration units. EPPENDORF BioPhotometer features an easy-to-use software package. All measurements, results, and protocols can be managed and stored within the software, which can be repeatedly used for future analysis. The instrument also supports barcode technology to quickly identify sample tubes, vials, and serial numbers. BioPhotometer can be connected to a personal computer for data transfer and analysis, or it can be operated standalone. In addition, it has been designed with valuable safety features to protect from errors, such as automatic buffer recognition for accurate composition, overflow and shock protection for safe operation, and anti-roll protection for total user safety. Overall, EPPENDORF BioPhotometer is a highly reliable and precise instrument that offers accurate measurement of proteins and nucleic acids in a user-friendly, easy-to-use environment that is safe and protected. It is an effective way to measure concentrations and purity of samples in a single measurement across the visible and near-infrared spectrum.
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