AELAB F96PRO Fluorescence Spectrophotometer – High Sensitivity Analysis

Application:

Fluorescence analysis is a high sensitive and high selective sophisticated analytical method. This method can provide information including excitation and emission spectrum, emission light intensity and measurement of life of emission light and polarization fluorescence etc. This method can provide a wide lineal range of working curve. It has becoming an important analytical method in the region of trace analysis. This method has been used in:

•  Medical science and clinical analysis Clinical analysis of biological specimen.
• Pharmaceutical science and pharmacology Analysis of natural pharmaceutical products; Quality control of pharmaceuticals and research of pharmaceutical metabolites.
• Biochemistry Analysis of minute quantity of substances in biological body.
• Food industry Analysis of minute quantity of constituents in food.
• Pollution analysis Atmospheric pollution, environmental testing and food contamination analysis.
• Organic and inorganic chemistry. Used in the trace analysis in case of those substances cannot be determined by absorption spectrophotometry.

Feature:

Provides wavelength scanning, time scanning(kinetics analysis) and quantity analysis functions.

• 365nm exciting wavelength Raman peak of water in 1 cm quartz fluorescence cuvette S/N≥150. High performance sensitivity simplifies the measurement of low detective sample.
• 17 stages gain adjustment could be chosen for emission spectrum scanning, including high speed low S/N scanning and precise scanning. Total spectrum scanning could be done in 1 second. With the intelligent pre scanning feature, unknown sample’s spectrum information could be detected rapidly. Auto-omission of the influence of scattering peak and harmonic peaks, it ensure the best measurement parameters and locate the fluorescence emission peak.
• Support off-line mode and on-line mode. Under off-line mode, instrument’s computer system offer the fluorescence intensity measurement, concentration direct reading, auto 0 adjustment, auto background subtraction and etc. Under on-line mode, we could use quality and quantity software to control data acquisition and analysis through USB2.0 interface.
• High stable and long life 150W xenon lamp and power source ensure high stable testing and wide range of spectrum.
• The normalized feature for fluorescence value could make different fluorescence’s result comparable.
• Provide optional PC qualitative and quantitative software package with expansible time scanning, wavelength scanning, graphic calculation and storage-access abilities.
• Optional accessories for different measurement, including single hole cell holder, fluorescence sample holder for different features, 200μl micro scale centrifuge tube, micro scale capillary sample holder, semi-auto sample introduction accessories, membrane sample accessories, powder sample accessories, jacket sample accessories and etc.

✅ 🔬 How It Works?
The F96PRO uses a high-stability xenon lamp to excite samples at 365nm via interference filters. The emitted fluorescence is isolated by a monochromator and measured with high signal-to-noise precision. With advanced scanning capabilities—including wavelength and time-based scans—the instrument identifies spectral peaks, quantifies fluorescence intensity, and minimizes interference from scattering or harmonic signals using intelligent background subtraction and auto-optimization functions.

✅ 💡 Advantages

• 🧠 Intelligent Pre-Scan for rapid unknown sample analysis

• ⚡ Ultra-Fast Full Spectrum Scanning in 1 second

• 📈 17-Level Gain Control for both high-speed and precision scanning

• 🔁 Dual Mode Operation: Off-line for direct control, on-line for advanced PC analysis

• 🔬 Raman Water Peak S/N ≥150 ensures excellent low-sample detection

• 💡 Long-Life Xenon Lamp offers reliable, stable light source

• 🧩 Flexible Accessory Support for various sample types and applications

• 📊 Quantitative Software Integration for result normalization and comparability

✅ 🔍 Recommended Models by Use Case

• 🎓 Educational Labs: Ideal for teaching fluorescence principles with simplified controls

• 🧪 Research Centers: High-resolution scanning, data export, and precision adjustment

• 🧫 Pharmaceutical QA/QC: Accurate quantification of active ingredients and metabolites

• 🌿 Environmental Labs: Detect trace pollutants and contaminants in diverse matrices

✅ 🧪 Ideal For

• Clinical and medical specimen analysis

• Pharmaceutical product research and QC

• Food safety testing and trace ingredient analysis

• Biochemical and organic compound quantification

• Environmental monitoring and pollution analysis

• Educational institutions teaching fluorescence methods

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