NanoDrop™ One/OneC Microvolume UV-Vis Spectrophotometer
NanoDrop&trade; One/One<sup>C</sup> Microvolume UV-Vis Spectrophotometer
NanoDrop&trade; One/One<sup>C</sup> Microvolume UV-Vis Spectrophotometer
NanoDrop&trade; One/One<sup>C</sup> Microvolume UV-Vis Spectrophotometer
NanoDrop&trade; One/One<sup>C</sup> Microvolume UV-Vis Spectrophotometer
NanoDrop&trade; One/One<sup>C</sup> Microvolume UV-Vis Spectrophotometer
Thermo Scientific™

NanoDrop™ One/OneC Microvolume UV-Vis Spectrophotometer

New sales of the product have been discontinued. Please see the newest model: NanoDrop Ultra Microvolume UV-Vis Spectrophotometers and Fluorometers
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Catalog NumberIncludes
ND-ONE-WND One Spec, no Wi-Fi
ND-ONEC-WNanoDrop OneC Spec with Wi-Fi
Catalog number ND-ONE-W
Price (USD)
-
Includes:
ND One Spec, no Wi-Fi
New sales of the product have been discontinued. Please see the newest model: NanoDrop Ultra Microvolume UV-Vis Spectrophotometers and Fluorometers
New sales of the product have been discontinued. Please see the newest model: NanoDrop Ultra Microvolume UV-Vis Spectrophotometers and Fluorometers
Specifications
Certifications/ComplianceAll NanoDrop instruments are approved to CE and UL/CSA.
CompatibilityDYMO LabelWriter 450 printer, Bluetooth keyboard, mouse and barcode reader
ConcentrationdsDNA: Pedestal: 27,500 ng/μL
BSA (IgG): Pedestal: 820 (400) mg/mL
ConnectionsThree USB-A ports, Ethernet, Bluetooth™ and Wi-Fi
(Only available on instruments with Wi-Fi/Bluetooth support)
Detection RangedsDNA: Pedestal: 2.0 ng/μL, Cuvette: 0.2 ng/μL,
BSA (IgG): Pedestal: 0.06 (0.03) mg/mL, Cuvette: 0.006 (0.003) mg/mL
Dimensions (L x W x H)20 x 25.4 x 32.3 cm (8 x 10 x 12.7 in.)
For Use With (Application)Nucleic Acid A260, A260/A280, A260/A230 and Labeled Nucleic Acids;, Protein A280 and A205, Protein Pierce 660, Protein Bradford, Protein BCA, Protein Lowry, Labeled Proteins,
OD600, Kinetics, UV-Vis, and Custom Methods
IncludesND One Spec, no Wi-Fi
KeypadBuilt-in touchscreen, multipoint capacitive touch
Measurement Time8 seconds
Pathlength0.030 to 1.0 mm (auto-ranging)
Photometric Accuracy3% at 0.97 A, 302 nm, (Absorbance expressed at Abs/mm at 25°C)
Photometric Range10 mm equivalent: Pedestal: 0–550 A; Cuvette: 0–1.5 A
Power ConsumptionOperating: 12 to 18 W; Standby: 5 W
ProcessorAndroid™
RepeatabilityTypical: 0.002 A (1.0 mm path) or 1%CV, whichever is greater
(SD of 10 individual measurements at 0.97 A)
Sample TemperatureTemperature Control (cuvette only) 37 °C
Sample Volume (Metric)Minimum 1μL
System RequirementsWindows™ 8.1 and 10, 64 bit
Wavelength Accuracy±1 nm
Weight (English)7.9 lb.
Weight (Metric)3.6 kg
Detector Type2048-element CMOS Linear Image Sensor
Display7 in. High Definition Color Display, 1280 x 800 pixels
LanguagesEnglish, French, German, Spanish, Polish, Chinese, Japanese, Korean
Light SourceXenon Flash
Spectral Bandwidth≤1.8 nm (FWHM at Hg 254 nm)
Voltage12 VDC
Wavelength Range190 to 850 nm
Unit SizeEach

Frequently asked questions (FAQs)

Which is the best DNA or RNA quantification instrument?

All of the DNA instruments offered by Thermo Fisher Scientific are of excellent quality. To find the right instrument to quantify DNA or RNA in your lab, explore the detailed comparison of UV-Vis spectrophotometers and fluorometers. Things like sensitivity, throughput and budget may be initial considerations when selecting a DNA quantification instrument. You may also consider whether you need target specificity, sample purity information, RNA quality information, or broad dynamic range.

Find additional tips, troubleshooting help, and resources within our Nucleic Acid Quantification Support Center.

What is the difference between UV and fluorescence DNA quantification? Which DNA quantification technology should I choose?

UV and fluorescence technologies work differently to quantify DNA. UV quantification relies on the intrinsic absorptivity of DNA and RNA molecules, while fluorescence quantification uses dyes that specifically bind to your molecule of choice. With UV technology, quantification isn't as sensitive, but it has a broader dynamic range and also gives data about sample purity‒plus it is faster because there is no reagent prep. With fluorescence technology you get higher sensitivity and molecule-specific data, but it has lower dynamic range and reagent prep is required. The technology you need will depend on what features are important for your lab and experimentation.

Find additional tips, troubleshooting help, and resources within our Nucleic Acid Quantification Support Center.

After servicing NanoDrop instruments, do you provide a service report listing the repairs made to the instrument?

A report is shipped back with each NanoDrop instrument listing the services that were performed and any parts that were replaced. We also provide you with an Instrument Certification Sheet which shows that the instrument passed recalibration and recertification.

Do you provide “as found” and “after service” data for servicing of NanoDrop instruments?

If you specifically request “as found” and “after service” data when setting up the NanoDrop instrument service, we can provide results of a Performance Verification before and after the servicing.

Will you send me a shipping label or can I use my own shipping provider to send in a NanoDrop instrument for servicing?

Upon receipt of confirmation of payment method, we will provide you a FedEx return shipping label and shipping instructions. Alternatively, we will waive the shipping cost if you decide to use your own carrier.