FLUORO 9 Molecular Fluorescence Spectrometer

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FLUORO 9 Molecular Fluorescence Spectrometer

Product ID：FGyzyg040

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Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberFLUORO 9

Brand NameTJNENGPU

Payment TermsTT，PAYPAL，Alibaba.com Pay

FLUORO 9 Molecular Fluorescence Spectrometer
Product Introduction
The FLUORO 9 Molecular Fluorescence Spectrometer is a high-performance fluorescence spectrometer designed for fast, accurate analysis of fluorescence, phosphorescence, and luminescence. It supports three-dimensional fluorescence scanning and provides a wide spectral range of 200–900 nm, making it suitable for a broad range of analytical and research applications.
The instrument uses a high-intensity pulsed xenon lamp, dual-monochromator optical system, imported photomultiplier tube detector, and optimized optical design to achieve high sensitivity, excellent stability, and high signal-to-noise ratio. With rapid wavelength scanning, the FLUORO 9 can complete a 3D fluorescence spectrum scan within approximately one minute.
It is widely used in food safety, environmental monitoring, pharmaceutical analysis, biomedical research, materials science, quality inspection, and academic research.

Key Features
•  High-speed fluorescence, phosphorescence and luminescence testing with 3D scanning.
•  200–900 nm wide spectral range with strong optical signal and detection sensitivity.
•  High-intensity pulsed xenon lamp for reliable fluorescence excitation.
•  Dual-monochromator optical design with reference and transmission channel correction.
•  Long-life ozone-free xenon lamp and imported photomultiplier tube detector.
•  Optimized optical system for high sensitivity and high signal-to-noise ratio.
• Multi-level adjustable bandwidth for different sample and measurement requirements.
•  High-speed wavelength scanning, enabling 3D fluorescence scanning in about one minute.
•  Ultra-micro sample measurement, supporting sample volumes as low as 0.5 mL.
• Multiple optional accessories for membrane, powder, ultra-micro, semiconductor temperature-controlled, and water-bath temperature-controlled samples.
•  Supports fluorescence and synchronous fluorescence analysis.
•  Access control, user permissions, audit trail, and electronic signature functions support GMP/GLP requirements.
•  Optional 3Q service is available.

Working Principle
The FLUORO 9 molecular fluorescence spectrometer uses a pulsed xenon lamp to excite molecules in the sample. When molecules absorb excitation light, they enter an excited electronic state and subsequently return toward a lower energy state while releasing fluorescence or other luminescence.
The excitation and emission wavelengths are selected and analyzed through the spectrometer's monochromator optical system. The emitted light is collected by a high-sensitivity photomultiplier tube detector and converted into an electrical signal.
The instrument's software processes the spectral data to generate fluorescence emission spectra, excitation spectra, synchronous fluorescence spectra, and 3D fluorescence maps, allowing users to characterize and quantify fluorescent substances.
The dual-monochromator optical design also enables reference and transmission channel correction, improving measurement accuracy and stability.

Technical Parameters

Parameter	Specification
Model	FLUORO 9
Instrument Type	Molecular Fluorescence Spectrometer
Measurement Functions	Fluorescence, phosphorescence, luminescence, 3D scanning
Spectral Range	200–900 nm
Light Source	High-intensity pulsed xenon lamp
Lamp Type	Long-life ozone-free xenon lamp
Optical Design	Dual-monochromator optical system
Detector	High-sensitivity photomultiplier tube
Bandwidth	Multi-level adjustable
Scanning Speed	High-speed wavelength scanning
3D Fluorescence Scan	Approximately 1 minute
Minimum Sample Volume	0.5 mL
Signal Performance	High sensitivity and high signal-to-noise ratio
Temperature-Controlled Accessories	Optional semiconductor and water-bath temperature-controlled sample holders
Other Accessories	Membrane, powder, ultra-micro sample cell and other accessories
Compliance Functions	Access control, permissions, audit trail, electronic signature
Quality System Support	GMP/GLP
Optional Service	3Q service

Applications
Food Safety and Nutrition
The FLUORO 9 can be used for analysis of:
•  Vitamins such as VB₁, VB₂, VA and VC
•  Trace elements including Se, Al and Zn
•  Formaldehyde
•  Fluorescent whitening agents
•  Aflatoxins
•  Benzo[a]pyrene
•  Cyanide
•  Food colorants and additives
•  Pesticide residues
•  Nitrite and other food safety indicators
Environmental and Water Analysis
Applications include:
•  Petroleum-related pollutants
•  Sodium dodecylbenzene sulfonate
•  Benzo[a]pyrene
•  Oil pollution source tracing
•  Water quality monitoring
•  Fluorescence-based environmental studies
•  Biodegradation research of petroleum pollutants
Biomedical and Life Science Research
The molecular fluorescence spectrometer supports research involving:
•  Histamine
•  Calcium ion concentration
•  Amino acids
•  DNA and RNA
•  Proteins
•  Enzyme kinetics
•  Cellular research
•  Intracellular ion analysis
•  Fluorescent biological labels
Fluorescent Materials and Materials Science
Suitable for characterization of:
•  Fluorescent powders
•  Fluorescent panels
•  Quantum dots
•  Rare-earth materials
•  Luminescent powders
•  Organic and inorganic luminescent materials
•  Ink and paper for forensic spectral analysis
Ecological and Geological Research
Fluorescence labeling can be used to study hydrological and geological processes, pollution sources in ports, rivers and reservoirs, petroleum biodegradation, and chlorophyll fluorescence associated with biological activity.
Scientific Research
The FLUORO 9 can be used to investigate luminescence spectral characteristics, fluorescent labels, organic and inorganic luminescent materials, fluorescent powders, and spectral purity of luminescent materials.

Typical Application Areas

Application Area	Typical Detection / Research	Main Users
Vitamins & Trace Elements	VB₁, VB₂, VA, VC, Se, Al, Zn	Food, pharmaceutical, QC laboratories, universities
Food Contaminants	Formaldehyde, fluorescent whitening agents, aflatoxins, benzo[a]pyrene, cyanide	Food, QC laboratories, universities
Pesticide Residues	Fluorescent pesticide-related compounds	Food, QC laboratories, universities
Environmental Water	Petroleum pollutants, surfactants, benzo[a]pyrene	Environmental agencies, QC laboratories, universities
Food Colorants	Carmine, eosin, fluorescent dyes, sodium fluorescein, sunset yellow, tartrazine, nitrite	Food and QC laboratories
Biomedical Research	Amino acids, DNA/RNA, proteins, enzyme kinetics, cellular ions	Biomedical laboratories, pharmaceutical research, universities
Fluorescent Materials	Quantum dots, rare-earth materials, fluorescent powders and panels	Materials laboratories, pharmaceutical and chemical research
Ecological Geology	Oil pollution tracing, biodegradation, chlorophyll fluorescence	Geological institutes, environmental research, universities
Scientific Research	Luminescence spectra, fluorescent labels, spectral purity	Research institutes and universities

Comparison: FLUORO 9 vs. Conventional Fluorescence Spectrometers

Feature	FLUORO 9 Molecular Fluorescence Spectrometer	Conventional Fluorescence Spectrometer
Spectral Range	200–900 nm	Depends on configuration
3D Fluorescence Scanning	Yes	Not always available
Scan Speed	3D scan in about 1 minute	Typically slower
Optical Design	Dual-monochromator	Varies
Light Source	High-intensity pulsed xenon lamp	Conventional xenon lamp
Detector	High-sensitivity PMT	Depends on model
Bandwidth	Multi-level adjustable	Usually limited
Sample Volume	Down to 0.5 mL	Often requires larger volume
Accessories	Wide range of optional accessories	Varies
Temperature Control	Optional semiconductor/water-bath accessories	Depends on configuration
Data Security	Access control, audit trail, electronic signature	May be unavailable
GMP/GLP Support	Supported	Depends on instrument

The FLUORO 9 molecular fluorescence spectrometer combines fast 3D fluorescence scanning, a wide spectral range, high sensitivity, flexible sample accessories, and data integrity functions in one platform. It is therefore suitable for both routine analytical testing and advanced fluorescence research.

Frequently Asked Questions (FAQ)
1. What is the FLUORO 9 molecular fluorescence spectrometer used for?
It is used for fluorescence, phosphorescence, and luminescence analysis, including 3D fluorescence scanning, synchronous fluorescence analysis, and quantitative or qualitative analysis of fluorescent substances.
2. What is the spectral range of the FLUORO 9?
The standard spectral range is 200–900 nm, providing broad coverage for many fluorescence analysis applications.
3. How fast can the instrument perform 3D fluorescence scanning?
The FLUORO 9 can complete a three-dimensional fluorescence spectrum scan in approximately one minute, making it suitable for rapid screening and unknown sample analysis.
4. What detector does the fluorescence spectrometer use?
The instrument uses a high-sensitivity photomultiplier tube (PMT) detector. The optical system is designed to provide high sensitivity and a high signal-to-noise ratio.
5. What is the minimum sample volume?
With the appropriate ultra-micro sample accessory, the FLUORO 9 can perform measurements with sample volumes as low as 0.5 mL.
6. Can the FLUORO 9 analyze solid samples?
Yes. Optional accessories are available for membrane and powder samples, as well as ultra-micro samples and temperature-controlled measurements.
7. Can it be used for biomedical and protein research?
Yes. The instrument is suitable for fluorescence research involving proteins, DNA, RNA, amino acids, enzyme kinetics, calcium ions, intracellular ions, and other biological systems.
8. Is the FLUORO 9 suitable for GMP/GLP laboratories?
Yes. The system supports access control, permission management, audit trails, and electronic signatures, providing functions suitable for GMP/GLP-compliant laboratory environments. Optional 3Q services are also available.
9. What industries can use the FLUORO 9?
The instrument is applicable to food safety, pharmaceuticals, environmental monitoring, biomedical research, materials science, quality inspection, ecological geology, and scientific research.

Frequently Asked Questions (FAQ)
1. What is the FLUORO 9 molecular fluorescence spectrometer used for?
It is used for fluorescence, phosphorescence, and luminescence analysis, including 3D fluorescence scanning, synchronous fluorescence analysis, and quantitative or qualitative analysis of fluorescent substances.
2. What is the spectral range of the FLUORO 9?
The standard spectral range is 200–900 nm, providing broad coverage for many fluorescence analysis applications.
3. How fast can the instrument perform 3D fluorescence scanning?
The FLUORO 9 can complete a three-dimensional fluorescence spectrum scan in approximately one minute, making it suitable for rapid screening and unknown sample analysis.
4. What detector does the fluorescence spectrometer use?
The instrument uses a high-sensitivity photomultiplier tube (PMT) detector. The optical system is designed to provide high sensitivity and a high signal-to-noise ratio.
5. What is the minimum sample volume?
With the appropriate ultra-micro sample accessory, the FLUORO 9 can perform measurements with sample volumes as low as 0.5 mL.
6. Can the FLUORO 9 analyze solid samples?
Yes. Optional accessories are available for membrane and powder samples, as well as ultra-micro samples and temperature-controlled measurements.
7. Can it be used for biomedical and protein research?
Yes. The instrument is suitable for fluorescence research involving proteins, DNA, RNA, amino acids, enzyme kinetics, calcium ions, intracellular ions, and other biological systems.
8. Is the FLUORO 9 suitable for GMP/GLP laboratories?
Yes. The system supports access control, permission management, audit trails, and electronic signatures, providing functions suitable for GMP/GLP-compliant laboratory environments. Optional 3Q services are also available.
9. What industries can use the FLUORO 9?
The instrument is applicable to food safety, pharmaceuticals, environmental monitoring, biomedical research, materials science, quality inspection, ecological geology, and scientific research.