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A fluorescence spectrometer is a device that detects and analyses organic compounds. It is suitable for use in experimental areas such as chemistry, biology and the environment. It is mainly used to measure the fluorescence of molecules to gather information about their composition and chemical environment.
Model | SP-FL97 | SP-FL97XP | SP-FL97P |
---|---|---|---|
Excitation Source | 150W xenon lamp(Hamamatsu) | ||
Excitation Wavelength | 200nm-900nm | ||
Emission Wavelength | 200nm-900nm | ||
Excitation Slit | 10nm | 2nm, 5nm, 10nm, 20nm | |
Emission Slit | 10nm | 2nm, 5nm, 10nm, 20nm | |
Wavelength Accuracy | ±1.0nm | ±0.4nm | ±1.0nm |
Wavelength Repeatability | ≤0.5nm | ≤0.2nm | ≤0.5nm |
Signal-to-Noise Ratio | S/N≥150 (10nm Slit)(P-P) | S/N≥200(10nm Slit)(P-P) | S/N≥150(10nm Slit)(P-P) |
S/N≥1000 (10nm Slit)(RMS) | S/N≥1200 (10nm Slit)(RMS) | S/N≥1000 (10nm Slit)(RMS) | |
S/N≥10000 (10nm Slit)(RMSBG) | S/N≥12000 (10nm Slit)(RMSBG) | S/N≥10000 (10nm Slit)(RMSBG) | |
Limit | ≤1×10-10 g/ml (Quinine Sulfate Solution) | ≤5×10-11 g/ml (Quinine Sulfate Solution) | ≤1×10-10 g/ml (Quinine Sulfate Solution) |
Linearity | γ≥0.995 | ||
Peak Repeatability | ≤1.5% | ||
Stability(10min) | Zero Drift: ±0.3 | ||
Value Limit: ±1.5% | |||
Wavelength Scan Speed | Multi-speed Level, Maximum at 48000nm/min | ||
Photometric Quantity Range | 0.00-10000.00 | ||
Data Transmission | USB2.0 | ||
Power | 200W | ||
Power Source | AC 220V/50Hz; 110V/60Hz | ||
Size(W×D×H)(mm) | 380×445×310 | ||
Shipping Size(W×D×H)(mm) | 535x500x380 | ||
N.W./G.W. (kg) | 12/15 |
SP-LF97 fluorescence spectrophotometer is a new generation of high-performance molecular luminescence analyzer. The product has a compact structure characterized by fast detection scanning speed, high dynamic range, wide spectral measurement range, high sensitivity and fast 3D scanning. It can quickly meet the requirements of biochemical and clinical testing, drug analysis, material research, food safety testing and other fields.
Ultra-fast scanning at 48000nm/min, only 1 second to obtain the classical fluorescence spectra
Ultra-wide spectral measurement range of 200nm-200nm
The luorescence spectrophotometer is equipped with laser dual beam ratio monitoring system
Hamamatsu's high-quality xenon light source and photomultiplier detector and instrument provide sufficient light intensity signal and detection sensitivity.
Built-in optical gate designed for unstable samples
The fluorescence spectrometer's high-definition LCD screen and knob combination make setup intuitive and convenient, optimizing the user experience.
Reasonable interface layout, easy to connect external equipment and system expansion, suitable for a variety of experimental environments.
Neat appearance lines and top heat dissipation system to enhance the safety and service life of the equipment. High-strength shell and solid structure, heat sink design ensures thermal stability during long time operation.
The interior of the sample compartment is displayed with highly reflective materials and precision optical circuit structure to ensure detection sensitivity and repeatability.
The fluorescence spectrometer and accessories are accurately secured by thick foam panels to ensure safety during transportation.
A fluorescence spectrometer is a device that detects and analyses organic compounds. It is suitable for use in experimental areas such as chemistry, biology and the environment. It is mainly used to measure the fluorescence of molecules to gather information about their composition and chemical environment.
Model | SP-FL97 | SP-FL97XP | SP-FL97P |
---|---|---|---|
Excitation Source | 150W xenon lamp(Hamamatsu) | ||
Excitation Wavelength | 200nm-900nm | ||
Emission Wavelength | 200nm-900nm | ||
Excitation Slit | 10nm | 2nm, 5nm, 10nm, 20nm | |
Emission Slit | 10nm | 2nm, 5nm, 10nm, 20nm | |
Wavelength Accuracy | ±1.0nm | ±0.4nm | ±1.0nm |
Wavelength Repeatability | ≤0.5nm | ≤0.2nm | ≤0.5nm |
Signal-to-Noise Ratio | S/N≥150 (10nm Slit)(P-P) | S/N≥200(10nm Slit)(P-P) | S/N≥150(10nm Slit)(P-P) |
S/N≥1000 (10nm Slit)(RMS) | S/N≥1200 (10nm Slit)(RMS) | S/N≥1000 (10nm Slit)(RMS) | |
S/N≥10000 (10nm Slit)(RMSBG) | S/N≥12000 (10nm Slit)(RMSBG) | S/N≥10000 (10nm Slit)(RMSBG) | |
Limit | ≤1×10-10 g/ml (Quinine Sulfate Solution) | ≤5×10-11 g/ml (Quinine Sulfate Solution) | ≤1×10-10 g/ml (Quinine Sulfate Solution) |
Linearity | γ≥0.995 | ||
Peak Repeatability | ≤1.5% | ||
Stability(10min) | Zero Drift: ±0.3 | ||
Value Limit: ±1.5% | |||
Wavelength Scan Speed | Multi-speed Level, Maximum at 48000nm/min | ||
Photometric Quantity Range | 0.00-10000.00 | ||
Data Transmission | USB2.0 | ||
Power | 200W | ||
Power Source | AC 220V/50Hz; 110V/60Hz | ||
Size(W×D×H)(mm) | 380×445×310 | ||
Shipping Size(W×D×H)(mm) | 535x500x380 | ||
N.W./G.W. (kg) | 12/15 |
SP-LF97 fluorescence spectrophotometer is a new generation of high-performance molecular luminescence analyzer. The product has a compact structure characterized by fast detection scanning speed, high dynamic range, wide spectral measurement range, high sensitivity and fast 3D scanning. It can quickly meet the requirements of biochemical and clinical testing, drug analysis, material research, food safety testing and other fields.
Ultra-fast scanning at 48000nm/min, only 1 second to obtain the classical fluorescence spectra
Ultra-wide spectral measurement range of 200nm-200nm
The luorescence spectrophotometer is equipped with laser dual beam ratio monitoring system
Hamamatsu's high-quality xenon light source and photomultiplier detector and instrument provide sufficient light intensity signal and detection sensitivity.
Built-in optical gate designed for unstable samples
The fluorescence spectrometer's high-definition LCD screen and knob combination make setup intuitive and convenient, optimizing the user experience.
Reasonable interface layout, easy to connect external equipment and system expansion, suitable for a variety of experimental environments.
Neat appearance lines and top heat dissipation system to enhance the safety and service life of the equipment. High-strength shell and solid structure, heat sink design ensures thermal stability during long time operation.
The interior of the sample compartment is displayed with highly reflective materials and precision optical circuit structure to ensure detection sensitivity and repeatability.
The fluorescence spectrometer and accessories are accurately secured by thick foam panels to ensure safety during transportation.