NanoVelox
Microvolume UV-Vis Spectrophotometer

The NanoVelox Microvolume UV-Vis Spectrophotometer provides cutting-edge technology for accurate and reliable quantification of nucleic acids, proteins, and more.
With its compact design, rapid measurements, and high-performance features like full-spectrum analysis and pre-configured software for immediate use, eliminating the need for PC setup or additional software installation, it’s ideal for modern labs.

Minimum Sample Volume: 0.5 μL
Pathlength: 0.5 mm (auto ranging to 0.03 mm)
Light Source: Pulsed Xenon flash lamp
Detector: 2048 CCD
Detection Range(Microvolume): dsDNA: 2 – 27,500 ng/μL, BAS: 0.06 – 820 mg/mL
Detection Range(Cuvette): dsDNA: 0.2 – 27,500 ng/μL, BAS: 0.006 – 820 mg/mL"
Measurement Time: ≤ 8 seconds
Wavelength Range: 190 - 900 nm
Wavelength Accuracy: ≤ ±1  nm
Absorbance Range: 0 – 550 A
Absorbance Accuracy: 3% at 261 nm
Precision: 0.002 AU (0.5 mm) or 1%, whichever is greater
Spectral Resolution: ≤ 1.5 nm (FWHM at 253.7 nm)
Display: 7-inch, HD Color display

•Compact and Portable: The NanoVelox is small and lightweight, making it easy to integrate into any lab for daily use.
•Full-Spectrum UV-Vis: Measures a broad range from 190 to 900 nm, providing fast and accurate analysis for diverse applications.
•Stand-Alone Operation: Equipped with a built-in touchscreen and storage, allowing for PC-free operation and easy data management.
•Quick Measurement: Sample analysis is completed in less than 8 seconds.
•Auto Pathlength: Automatically adjusts based on sample concentration to ensure consistent results.

Quickly assess your sample for nucleic acids and proteins 

When you understand the quantity and purity of your samples, you can make educated decisions about using them in downstream experiments. The Scinco NanoVelox spectrophotometer family helps you quickly assess whether your sample contains what you intended in appropriate amounts. 

Nucleic acid and protein quantification and purity assessment, the core functions of NanoVelox spectrophotometers, are indispensable for many downstream applications, notably RT-qPCR and quality control.