Used THERMO SCIENTIFIC Nanodrop ND-1000 #9053360 for sale

ID: 9053360
UV / VIS Spectrophotometer Sample size: 1 Micro liter Wavelength range: 220-750 nm Absorbance range: 0.02 - 75 (10 mm absorbance) Maximum concentration: 3700 ng / micoliter (dsDNA) Purified protein analysis (A280) up to 100 mg/ml (BSA) Computer Cables Manual Analysis of protein: BCA Assembly Lowry assembly Pierce protein 660 nm protein assay.
THERMO SCIENTIFIC Nanodrop ND-1000 Spectrometer is a user-friendly, reliable, and versatile instrument that enables DNA, RNA, and protein measurements. The ND-1000 utilizes ultraviolet (UV) absorbance technology to precisely measure concentrations and purities of nucleic acids and proteins. The Nanodrop instrument's intuitive display interface and optimized workflow allow for easy sample loading and measurement without needing previous instrumentation experience. Nanodrop ND-1000 provides an accurate, reliable, and convenient method for low to mid-range nucleic acid concentration measurements without the need for dilutions. It features a cuvette holder which can be adjusted for sample volumes from 1 µl to 4 µl, allowing greater flexibility when samples are limited. The modified quartz cuvette brings maximum sample transmitance, allowing greater accuracy across a wide absorbance range. The unique sample acquisition process provides accurate measurements in only 2 seconds, and the results are then displayed on THERMO SCIENTIFIC Nanodrop ND-1000 Spectrometer's graphic LCD. With small sample volume requirements, the spectrometer eliminates the need for additional dilutions. A software program accompanies the ND-1000 that helps to optimize performance. Nanodrop ND-1000 Spectrometer also features a 5 year warranty, providing the user with peace of mind and reinforcing the thermodynamic reliability of the product. The ND-1000 provides maximum utility for both single-property and multi-property analyses, allowing the user to get the most from their investment. The robustness and efficiency of the Spectrometer allow precision measurements of DNA, RNA, and protein samples with minimum difficulty.
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