1. Two operating modes, fluorescence intensity and luminescence intensity, can be selected. In the fluorescence intensity mode, fluorescence spectrum scanning, fluorescence kinetics measurement and quantitative analysis can be performed.
2. The signal-to-noise ratio of the Raman peak at the excitation wavelength of 365nm is >150 (p-p), and the excellent high detection sensitivity can make the determination of samples with low detection limit very accurate and simple.
3. Provide 10 emission spectrum scanning speed options, including high-speed low-noise scanning and fine scanning. Among them, the ultra-fast scan is 30000nm/min, which can complete the full spectrum scan in 1 second, and has the intelligent pre-scan function, which can quickly display the spectral information of the unknown sample, automatically exclude the influence of other scattering peaks and frequency doubling peaks, and determine the measurement parameters. Locate fluorescence emission peaks.
4. Support stand-alone and online modes. In stand-alone state, the in-machine microcomputer system provides functions such as fluorescence intensity measurement, concentration direct reading, automatic zero adjustment, and automatic background subtraction. In online state, qualitative/quantitative software can be used through the USB2.0 interface. Instrument control and data acquisition and analysis.
5. The high-intensity 150W xenon lamp is continuous spectrum, which can provide excellent test stability in the wavelength range of 200nm to 900nm.
6. It has the function of normalizing the fluorescence value, which can eliminate the problem of incomparability of the fluorescence values between different fluorescence photometers, and facilitate the unified evaluation of the experimental reports of students in college teaching.
7. The qualitative/quantitative software is rich in functions. The emission spectrum wavelength scanning menu can provide spectrum scaling, multi-spectrum comparison, spectrum operation, peak-valley detection, peak area calculation and 1-4 order derivative spectrum functions; the quantitative test menu can use the standard curve method Detect sample concentration with undetermined coefficient method, provide first-order linear regression, second-order or third-order linear fitting, and can customize the concentration unit.
8. A variety of measurement accessories, including single-hole cuvette holder, multi-purpose fluorescence sample holder, 200μl microcentrifuge tube fluorescence measurement, capillary micro-sample holder, semi-automatic fluorescence sample injection, single-hole cuvette adapter, membrane sample holder , powder sample holder and sheathed cuvette holder, etc., trace samples as low as 5μl can be easily measured, and it is also suitable for high-concentration fluorescence detection and solid-state fluorescence detection, which can meet various application requirements.
9. The compact model can save a lot of desktop space
Light source | 150W Hamamatsu High Quality Xenon Lamp |
Optical form | Excitation: Precision narrowband ultra-low background interference filter; Emission: Grating-type monochromator |
Excitation bandwidth | Standard 10nm |
Transmit bandwidth | 10nm |
Excitation wavelength | Standard 365nm, optional (250-700)nm |
Emission wavelength | (200-900)nm |
Wavelength accuracy | Emission Monochromator: ±1nm |
Wavelength repeatability | Emission Monochromator: ≤0.5nm |
Scan speed | 10 gear switching options: high speed 30000nm/min, fine 15nm/min |
Time scan | Can be set arbitrarily, 60000 seconds |
Gain | 17 gear switching options |
Detection sensitivity (s/n) | Raman peak of distilled water S/N large dry 150 (P-P) |
Stability | Better than 1.5%/10min |
Linearity error | better than 2% |
Response time | (0.1-4)s 6-speed switch selection |
Fluorescence value display range | 0.00-600.00 |
Data transmission method | USB2.0 |
Standard voltage | 110V/220V, 50Hz/60Hz |
Standard energy consumption | 190W |
Host size | 442x392x250mm Net weight: 10.7Kg |