Fluorescence Spectrophotometer
Overview
Fluorescence Spectrophotometer
The Fluorescence Spectrophotometer is a highly sensitive analytical instrument designed for qualitative and quantitative analysis of fluorescent materials. It measures the fluorescence emitted by samples upon excitation with specific wavelengths of light, enabling accurate detection of trace-level compounds and molecular interactions.
The system utilizes advanced optical components, high-intensity light sources, and sensitive detectors to provide precise fluorescence measurements with excellent signal-to-noise performance and high analytical sensitivity.
Designed for versatility, the instrument supports a wide range of applications including pharmaceutical analysis, biochemical studies, environmental monitoring, nanomaterial characterization, food testing, and research in life sciences and material sciences.
The Fluorescence Spectrophotometer is capable of performing excitation and emission scans, quantitative fluorescence measurements, kinetic studies, and spectral analysis for various liquid and solid samples.
Equipped with advanced software and automation features, the system enables efficient instrument control, spectral acquisition, data processing, and report generation with high repeatability and ease of operation.
Overall, the Fluorescence Spectrophotometer provides a reliable and high-performance solution for fluorescence analysis, supporting research, quality control, and advanced analytical applications in laboratory and industrial environments.
Key Features
- High-sensitivity fluorescence measurement system for qualitative and quantitative analysis.
- Advanced optical design ensuring excellent signal-to-noise ratio and detection sensitivity
- Supports excitation and emission spectrum scanning with high wavelength accuracy.
- Suitable for trace-level analysis of fluorescent compounds and molecular interactions.
- High-intensity light source for stable and reproducible fluorescence measurements.
- Sensitive detector system for low-concentration sample analysis.
- Capable of kinetic studies, spectral analysis, and quantitative fluorescence measurements.
- Wide wavelength range suitable for diverse analytical applications.
- Compatible with liquid, solid, and biological samples.
- User-friendly software for instrument control, spectral acquisition, analysis, and reporting.
- High repeatability and reproducibility for research and quality control applications.
- Automated operation with programmable measurement parameters.
- Suitable for pharmaceuticals, biotechnology, environmental, food, and nanomaterial research.
- Compact and robust design suitable for laboratory and industrial environments.
- Low-noise and stable optical system for accurate analytical performance.
Specifications
| Parameter | Value |
|---|---|
| Instrument Type | Fluorescence Spectrophotometer |
| Measurement Principle | Fluorescence excitation and emission spectroscopy |
| Light Source | Xenon lamp / LED / equivalent high-intensity source |
| Excitation Wavelength Range | Wide range (e.g., ~200–900 nm or broader depending on configuration) |
| Emission Wavelength Range | Wide range suitable for fluorescence analysis |
| Wavelength Accuracy | High wavelength precision and repeatability |
| Wavelength Resolution | High spectral resolution for accurate peak separation |
| Monochromator | High-performance diffraction grating monochromator |
| Detector Type | Photomultiplier Tube (PMT) / high-sensitivity detector |
| Sensitivity | High sensitivity for trace-level fluorescence detection |
| Signal-to-Noise Ratio | Excellent optical performance with low background noise |
| Measurement Modes: | Excitation scan, Emission scan, Synchronous scan, Time-based measurements / kinetics |
| Scan Speed | Adjustable scanning speed for optimized analysis |
| Sample Compatibility: | Liquid, solid, film, and biological samples |
| Sample Holder | Standard cuvette holder with optional accessories |
| Temperature Control | Optional temperature-controlled sample measurement (if applicable) |
| Software Features: | Spectral acquisition and analysis, Quantitative analysis, Kinetic measurements, Data storage and report generation |
| Data Export: | Excel, PDF, CSV compatible formats |
| Interface & Connectivity: | USB / Ethernet / PC connectivity |
| Display & Control | Computer-controlled operation with user-friendly software |
| Optical System | Low stray light and high optical stability design |
| Safety Features | Lamp protection and system diagnostics |
| Power Supply | Standard laboratory power supply (e.g., 220–240 V, 50 Hz) |
| Operating Environment | Suitable for laboratory and research applications |
| System Configuration: | Main instrument unit, Light source, Detector system, Software and control interface, Standard cuvette holder and accessories |
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