Details
All-round UV-VIS microvolume spectrophotometer
The FastGene® NanoSpec Photometer is a compact microvolume UV-Vis spectrophotometer characterised by highest user-friendliness.
It enables fast and easy quantification and analysis of nucleic acids and proteins by UV-Vis absorption spectrophotometry.
Integrating a microvolume sample measuring mode and a cuvette measuring mode, the measurement of a wide concentration range is enabled.
You can easily set over 20 measuring modes.
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Best device performance
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and versatile quantitative analysis (e.g., dsDNA, ssDNA, RNA, lysozyme, BSA, OD600) due to full spectrum analysis (190 nm–850 nm) |
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Extended use
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for protein measurement and cell counting due to the cuvette mode |
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Sample-saving
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due to microvolume mode (1–2 µL sample volume) |
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Convenient utility
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due to an intuitive menu and user-specific workspace after individual login |
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Clean workplace
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due to glove-compatible LCD touch-screen |
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Highest reliability
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in results due to 20 pre-configurated measuring modes ensuring secure utilization |
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Cost-saving
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due to integrated control unit and extensive application options |
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Flexible usability
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e.g., in training laboratories, due to a small footprint of about DINA4-size (21,6 cm x 29 cm) and light weight (3.0 kg) |
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Comfortable and safe data management
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due to alternative saving at the device and transfer via USB flash drive |
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Reduced application time
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due to short measurement times (<8 sec), a series-measurement function, and no need for a lamp warming-up |
Full spectral analysis
The FastGene® NanoSpec measures the absorption spectrum UV-VIS (190 nm–850 nm) in seconds using by array type spectrophotometer technology with Xenon lamp and CMOS sensor (2048 pixels).
Measurement modes and configuration
The designated factor of each of the 20 pre-configurated measurement modes is set as the default value, so that no adjustment is needed.
- Nucleic acids: dsDNA | ssDNA | RNA | miRNA | Customize*
- Protein UV: BSA | SA | IgB | IgE Human | Lysozyme | OD1 | Mol. Ect. Coeff. | Ext. Coeff.
- Protein assay: Bradford | Biuret Assay | BCA Assay | Lowry Assay
- More: Kintetics | OD600 | Photometric | Spectrum | ABS Ratio | Concentration | Quantification
*The input mode (‘Customize’) is provided to allow the users to set a factor value which is different from the default to enable maximal flexibility and specificity.
Software and menu navigation
The menu navigation of the FastGene® NanoSpec is very simple and intuitive. The >20 preconfigurated measuring modes can directly be selected.
The input mode (‘Customize’) is provided to allow the users to set a factor value which is different from the default.
Nucleic acid tab:
Protein UV tab:
Protein assay tab:
More applications tab:
Statement
“The FastGene® NanoSpec Photometer is characterized by its simple and intuitive operation system. The desired measurement protocol can be found quickly using the touchscreen and the good menu navigation. The Droplet has an automatic mode, which means that many samples can be measured very quickly without having to make settings again.”
Dr. Manuel Franke
Head of Research and Development
NIPPON Genetics EUROPE
Video
Introduction video FastGene® NanoSpec and FastGene® NanoView Photometers
Free product demonstration
Do you havee questions? We would be happy to demonstrate the ease of use of the FastGene® NanoSpec Photometer.
Product comparison
The FastGene® photometers NanoView (FG-NP01) and NanopSpec (FG-NP02) are microvolume photometers for easy and reliable biolmolecule (nucleic acids and proteins) analysis. Both photometers include a microvolume reader and cuvette holder, glove-compatible touchscreen and convenient user interface.
FastGene® NanoSpec: Full spectrum Xenon flash lamp: 190-850 nm (microvolume and cuvette reader)
FastGene® NanoView: Three different wavelength LEDs: 260 nm, 280 nm (microvolume reader), 600 nm (cuvette reader)
Detailed comparison
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Specification
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FastGene® NanoSpec Photometer
(FG-NP01)
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| General specifications |
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| Photometric system |
Microvolume spectrophotometer |
Microvolume photometer |
| Applications |
Nucleic acid analysis (dsDNA, ssDNA, RNA), colorimetric protein analysis (BCA, Bradford, Lowry), cell density (OD600), kinetic tests, etc. |
Nucleic acid analysis (dsDNA, ssDNA, RNA), protein analysis whose absorption varies depending on the concentration at 260 nm or 280 nm (BSA, IgG), cell density (OD600) |
| Footprint (W * D) |
216 mm * 290 mm |
145 mm * 190 mm |
| Weight |
3.0 kg |
1.4 kg |
| Optical specifications |
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| Detector |
CMOS linear image sensor (2048 pixels) |
Silicon photodiode |
| Light Source |
Xenon fash lamp |
LEDs |
| Wavelength range |
190 – 850 nm (full spectrum) |
260 nm, 280 nm / 600 nm (cuvette) / 360 nm (baseline) |
| Measurement time |
< 8 seconds |
< 10 seconds |
| Absorbance accuracy |
3% (at 0.97A at 302 nm) |
3% (at 1A at 260 nm) |
| Processing / Power / Software |
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| Software compatibility |
Windows® 7 and 10 |
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| CPU |
Octa Core ARM® CortexTM-A53 Processor |
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| Storage |
32 GB internal storage |
4 GB internal storage |
| Connectivity |
4 x USB ports, Ethernet, and RS-232 |
2 x USB ports, USB-B, and RS-232 |
| Operating systm (OS) |
Android |
Firmware |
| Display |
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| Display |
7-inch, 1280 x 800 HD color display |
4.3-inch, 480 x 272 color display |
| Touchscreen |
Multipoint capacitive touch |
Resistive touch |
| Glove compatibility |
Compatible with lab gloves |
Compatible with lab gloves |
| Microvolume performance |
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| Minimum sample volume |
1 µL |
2 µL |
| Photometric range |
0.02 – 330 A (10 mm equivalent) |
0 – 200 Abs |
| Detection limit (microvolume) |
2 ng/μL (dsDNA), 0.06 mg/mL (BSA), 0.003 mg/mL (IgG) |
2 ng/μL (dsDNA) |
| Maximum concentration |
16,500 ng/μL (dsDNA), 400 mg/mL (BSA) |
2,000 ng/µL (dsDNA), 60 mg/mL (BSA), 28.8 mg/mL (IgG) |
| Cuvette performance |
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| Detection limit (cuvette) |
0.2 ng/μL (dsDNA), 0.006 mg/mL (BSA), 0.0003 mg/mL (IgG) |
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| Photometric range |
0 – 2 A |
0 – 2 A |
| Cuvette center height |
8.5 mm |
15 mm |
FAQ
The measurable maximum concentration of the NanoSpec and the NanoView Photometer differs (NanoView: 2,000 ng/µL, NanoSpec: 16,500 ng/µL in dsDNA measurement, for example). What is the reason for the differences between the two systems?
The difference in the maximum measurable concentration is due to the specifications of the light source and detector. The dynamic measurement ranges of the two systems due to several factors: minimum path length and linearity range, etc.
| Model |
Maximum concentration |
Factor for dsDNA |
Maximum absorbance |
Minimum path length |
Maximum Optical Density |
| NanoSpec Photometer |
16,500 ng/µL |
50 |
330 |
0.05 |
1.65 |
| NanoView Photometer |
2,000 ng/µL |
50 |
40 |
0.1 |
0.4 |
As indicated in the table above, the value of 16,500 ng/µL in the NanoSpec means an optical density of 1.65. The NanoSpec Photometr is designed to achieve the goal of measuring up to 1.85 OD with a high quality source and detector as normal PDA type spectrophotometers. However, the NanoView Photometer has a relatively lower maximum linearity performance due to the limitations of the source and detector.
Does the photometer show a warning on the display if the measured sample has an extreme concentration that is above the limit value?
There is no warning regarding the maximum value, but the system displays the maximum saturated value.
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