Nano Spectrophotometer NS-B10
The Nano Spectrophotometer NS-B10 is a compact and tabletop unit equipped with a UV-silicon photocell detector and UV-LED light source. It provides a fixed wavelength range of 260 nm and 280 nm, with a path length of 0.5 mm. With a minimum sample size requirement of 1 to 2 µl, it swiftly detects nucleic acid concentration and purity at the 260/280 ratio within 6 seconds. Additionally, it features an OD600 optical path with LED light source, offering a wavelength range of 600 ± 8 nm for bacteria concentration detection. Designed with a 7-inch touch screen display, compatibility with Android software, and an aluminum alloy and quartz fiber sample pedestal, it also includes a built-in printer and USB interface for easy data processing.
Wavelength | 260 nm and 280 nm; Fixed |
Spectral resolution | ≤ 8 nm |
Path length | 0.5 mm |
Minimum sample size | 1 to 2 µl |
Absorbance range | 0.2 to 50 A |
Absorbance accuracy | 2% (7.332 Abs at 260 nm) |
Absorbance precision | 0.005 Abs |
Light source | UV LED |
Measurement time | < 6 s |
OD600 wavelength | 600 ± 8 nm |
OD600 absorbance range | 0 to 4 A |
OD600 light source | LED |
Detector | UV-silicon photocell |
Sample pedestal | Aluminum alloy and quartz fiber |
Display | 7-inch touch screen display |
Software compatibility | Android |
Printer | Built-in printer |
Interface | USB |
Nucleic acid detection up to | 10 to 2500 ng/µl (dsDNA) |
Power supply | DC 24 V 4 A |
Power consumption | 25 W |
Standby power consumption | 5 W |
Dimension (W×D×H) | 208×280×186 mm |
Weight | 2 kg |
- Direct measurement of micro-volume samples ranging from 0.5 µl to 2.0 µl directly onto the pedestal
- Wavelength range of 200 – 800 nm with the capability to scan within 5 seconds
- User-friendly software for enhanced usability
- Long-life Xenon flash lamp with up to 10 flashes over 10 years
- Accommodation of highly concentrated samples
- Direct concentration display
- No need for cells or cuvettes for operation
Nano spectrophotometers play a crucial role in detecting micro-volume quantities of DNA/RNA, chemicals, liquids, and their components in various settings including laboratories, food industries, chemistry, microbiology, and medical research and development.