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Nano Spectrophotometer BSNA-104
- User-Friendly Software, Easy to Use
- Graphical software operation, more intuitive interface, the results can be directly exported, easy to save, view and output data.
- Micro-Volumes Measuring
- Only 0.5 μL-2 μL sample is needed for each test. After the measurement, the samples can be recovered and the precious samples can be studied with confidence.
- Long Life Light Source, Do Not Need to Warm Up
- Xenon flash, life span is 10⁹ (up to 10 years). No preheating, direct use, ready to test at any time.
- High Concentration Detection
- The maximum concentration of the detectable sample is 15000 ng/μL, and the sample basically does not need to be diluted.
- Up to 3-Year Product Warranty
- US & EU Compliance Standards
- Door-to-Door Shipping
Technical Specifications
Detailed operating and construction parameters for this model.
| Model | BSNA-104 |
| Wavelength range | 200~800 nm |
| Minimum sample size | 0.5~2.0 μL |
| Path length | 0.05 / 0.2 mm 1.0 mm |
| Light source | Xenon flash lamp |
| Detector type | 2048-linear CCD array |
| Wavelength accuracy | 1 nm |
| Spectral resolution | ≤ 3 nm |
| Absorbance precision | 0.003 Abs |
| Absorbance accuracy | 1 % (7.332 Abs at 260 nm) |
| Absorbance range | 0.04~300 A |
| Nucleic acid detection range | 2~15000 ng/μL (dsDNA) |
| Measurement time | < 6 s |
| Dimension (WxDxH) mm | 208x320x186 |
| Weight | 3.6 kg |
| Sample pedestal material | Aluminum alloy and quartz fiber |
| Operating voltage | DC 24 V 2 A |
| Operating power | 25 W |
| Standby power | 5 W |
| Software compatibility | Android system |
| Cuvette Mode (OD600 Measurement) | |
| - Light source | LED |
| - Wavelength range | 600±8 nm |
| - Absorbance range | 0~4 A |
| Fluorometer Mode | |
| - Sensitivity | dsDNA: 0.5 pg/μL |
| - Linear dynamic range | R² ≥0.995 |
| - Repeatability | ≤1.5 % |
Product Features
Key design, performance, usability, and safety advantages.
Extra Information View additional product guidance, technical notes, diagrams, and supporting information.
Increase the optical path by 0.05 mm to make the detection of nucleic acid concentration up to 15,000 ng/μL.
Fluorescence detection function is added to accurately determine the concentration of DNA samples below 5 ng/μL. In the detection of double-stranded DNA, the detection limit can be up to 0.5 pg/μL .
Automatic detection after putting down the arm.
The patented motor lifting structure makes the liquid column stretch more gentle, preventing the liquid column from breaking due to structural problems. In addition, the structure can effectively solve the instability of reading caused by high concentration samples, especially suitable for precise quantification of protein samples.
Android system, 7-inch capacitive touch screen, optimized APP software.
To detect the concentration of bacteria and microorganisms are more convenient with the OD600 function.
High resolution CCD array detector, 6s can complete the detection and display results.
Equipped with an HD touch screen, no need to connect to the computer.
Long life pulse xenon lamp light source, intelligent identification of user usage. The light source will auto off after 5 minutes without any operation to extend service life.
The detection data can be transferred to the computer through USB, which is convenient for data processing and analysis.
Easy-to-use data printing options, can print the report directly through the built-in printer.
Automatic detection and automatic blank function: automatically detect the sample concentration when the detection arm is lowered, which greatly shortens the detection time of large batches of samples.
Life Science Detection.
New Fluorescence Detection Function:
Fluorescence detection combined with fluorescence quantitative analysis kit, able to accurately quantify the concentration of DNA, RNA and protein through the specific binding of fluorochrome with target material, and the minimum limit is 0.5 pg/μL (dsDNA). Nano500 can be compatible with common fluorescence quantitative reagents to provide users with the maximum convenience and minimum detection cost.
Fluorescence Detection Mode (Can Be Customized)
Model | Nano500U (optional) | Nano500 (standard) | Nano500G (optional) | Nano500R (optional) |
Channel | UV | Blue | Green | Red |
Excitation wavelength | 365±20 nm | 460±20 nm | 525±20 nm | 625±20 nm |
Emission wavelength | 420-480 nm (60 nm) | 525-570 nm (45 nm) | 575-640 nm (65 nm) | 670-725 nm (55 nm) |
Fluorescence Detection Mode - Specification
Parameter | Specification |
Light source | LED |
Dynamic range | 5 orders of magnitude |
Linearity | R≥0.995 |
Detector | Photodiode |
Repeatability | ≤1.5 % |
Stability | ≤1.5 % |
Sensitivity | dsDNA: 0.5 pg/μL |
Measurement speed | 3 s (once) |
Applications Explore common laboratory, research, industrial, and process applications.
Different Fluorescence Channels:
UV Channel:
Excitation wavelength: 365±20 nm
Common reagent: Hoechst 33258, 4-MU, EnzChek Caspase
Nucleic acid quantification, plant GUS reporter gene detection, apoptosis detection
Blue Channel:
Excitation wavelength: 460±20 nm
Common reagent: PicoGreen, oligreen, RiboGreen, GFP, Protein, Fluorescein
dsDNA, ssDNA, GFP, gene detection, fluorescein detection, protein quantification.
Green Channel:
Excitation wavelength: 525±20 nm
Common reagent: Rhodamine, Cy3, RFP Vybrant Cytotoxicity
Rhodamine detection, Cy-3 fluorescence labeling detection, RFP gene detection, cytotoxicity detection.
Red Channel:
Excitation wavelength: 625±20 nm
Common reagent: Cy5, Quant-iT RNA
Cy-5 fluorescence labeling detection, RNA quantification