F96S Fluorescence Spectrophotometer

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F96S Fluorescence Spectrophotometer

Product ID：FGyg009

Price: Please inquire PDF Format

Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberF96S

Brand NameSHLENGGUANG

Payment TermsTT，PAYPAL，Alibaba.com Pay

F96S Fluorescence Spectrophotometer

Product Introduction
The F96S Fluorescence Spectrophotometer is a high-speed, wavelength-adjustable fluorescence analyzer designed for laboratory research, analytical testing, and quantitative fluorescence measurements. Featuring a high-intensity cold light source, an interchangeable excitation filter system, and a high-performance emission monochromator with a 1200-line grating, the instrument delivers sensitive detection and rapid spectral scanning.
Its large-aperture optical system supports reliable fluorescence measurements across a broad wavelength range, with optional extensions for red-sensitive detection. The F96S supports liquid, powder, and thin-film samples and offers fluorescence intensity measurement, spectral scanning, kinetic analysis, and quantitative determination. A range of sampling accessories and optional automatic sample-feeding configurations further enhance its flexibility for different analytical workflows.

Performance Features
1. High-Sensitivity Fluorescence Detection: The Raman peak signal-to-noise ratio of distilled water exceeds 90 (peak-to-peak) at a 365 nm excitation wavelength, supporting low-concentration sample analysis.
2. High-Speed Spectral Scanning: Ten selectable scanning speed settings accommodate different requirements, from low-noise measurements to rapid spectral acquisition.
3. Dual Operating Modes: Supports fluorescence intensity and luminescence intensity measurement modes for flexible analytical operation.
4. Comprehensive Analytical Functions: Enables fluorescence spectrum scanning, kinetic measurements, and quantitative analysis.
5. Fluorescence Value Normalization: Normalized fluorescence values help reduce differences between measurements made with different fluorescence photometers.
6. Advanced Data Processing: Analysis software provides spectrum comparison, zooming, mathematical operations, peak detection, peak-area calculation, and first- to fourth-order derivative spectra.
7. Flexible Sample Handling: Compatible with single-hole sample holders, multi-purpose fluorescence sample accessories, microcentrifuge tube holders, capillary sampling accessories, and semi-automatic sample introduction accessories.
8. Reliable Cold Light Source: Offers low background interference, low power consumption, low operating temperature, long service life, and high light intensity.
9. Compact Laboratory Design: Its space-saving footprint makes it suitable for laboratories with limited benchtop space.
10. Flexible Connectivity: Supports standalone operation and computer-connected operation through USB 2.0.

Working Principle
The F96S Fluorescence Spectrophotometer measures the fluorescence emitted by a sample after excitation at a selected wavelength.
First, the cold light source provides excitation light, and the excitation filter system selects the required excitation wavelength. The light interacts with the sample, causing fluorescent molecules to emit light at characteristic wavelengths. The emitted light then passes through the emission monochromator, which uses a 1200-line grating to separate the light by wavelength.
The detector measures the resulting fluorescence signal, which is processed and displayed by the instrument or its analysis software. By scanning emission wavelengths, monitoring fluorescence intensity over time, or measuring signal intensity under defined conditions, the F96S supports qualitative identification, kinetic studies, and quantitative fluorescence analysis.

Technical Parameters

Parameter	Specification
Model	F96S
Light Source	High-intensity cold light source
Excitation Bandwidth	10 nm / 20 nm
Emission Bandwidth	10 nm
Standard Excitation Wavelength Range	250–600 nm
Optional Excitation Wavelength Range	Extendable to 250–850 nm
Standard Excitation Wavelength Configurations	365 nm, 470 nm, and 515 nm; the source also lists 365 nm twice
Standard Emission Wavelength Range	200–650 nm
Optional Emission Wavelength Range	Extendable to 200–900 nm with C-T monochromator
Emission Monochromator Wavelength Accuracy	±1 nm
Emission Monochromator Wavelength Repeatability	≤0.5 nm
Scanning Speed	10 selectable settings; source lists 30,000 nm/min and 15 nm/min as speed limits
Time Scanning	User-configurable, up to 60,000 seconds
Response Time	Selectable; source specification is unclear and requires confirmation
Fluorescence Value Range	0.00–600.00
Data Transfer Interface	USB 2.0
Power Supply	110 V / 220 V, 50 Hz / 60 Hz
Power Consumption	35 W
Dimensions (W × D × H)	442 × 392 × 250 mm
Net Weight	9.6 kg

Note: Confirm the standard excitation wavelength configurations, scanning speed limits, and response-time specification with the manufacturer before publication, as the original source contains ambiguous wording.

Application Scenarios
• Chemical Analysis Laboratories: Fluorescence-based qualitative and quantitative analysis of chemical compounds.
• Pharmaceutical Research: Fluorescence measurements for analytical research, method development, and sample characterization.
• Environmental Testing: Fluorescence analysis of suitable water and environmental samples.
• Biochemical Research: Fluorescence intensity measurements and kinetic studies involving fluorescent substances.
• Materials Science: Fluorescence characterization of compatible powder and thin-film samples.
• Academic and Scientific Research: Spectral scanning, fluorescence kinetics, and experimental investigation of fluorescent materials.
• Quality Control Laboratories: Routine fluorescence measurements and comparative analysis of samples.

F96S vs. Conventional Fluorescence Spectrophotometers

Feature	F96S Fluorescence Spectrophotometer	Conventional Fluorescence Instruments
Light Source	High-intensity cold light source	Depends on instrument configuration
Excitation Wavelength	250–600 nm standard; optional extension to 850 nm	Varies by model
Emission Wavelength	200–650 nm standard; optional extension to 900 nm	Varies by model
Spectral Scanning	10 selectable scanning speed settings	Depends on model
Analytical Modes	Intensity measurement, spectral scanning, kinetics, and quantitative analysis	Depends on software and hardware
Data Processing	Peak detection, peak-area calculation, spectrum operations, and derivative analysis	Depends on software
Sample Compatibility	Liquid, powder, and thin-film samples with suitable accessories	Depends on sample holders
Computer Connectivity	USB 2.0; standalone and online operation	Depends on model
Installation Footprint	Compact benchtop design	Depends on instrument size

Frequently Asked Questions
1. What is the F96S Fluorescence Spectrophotometer used for?
The F96S is used for fluorescence intensity measurements, emission spectrum analysis, fluorescence kinetic studies, and quantitative analysis in research and testing laboratories.
2. What is the wavelength range of the F96S?
The standard excitation wavelength range is 250–600 nm, with an optional extension to 250–850 nm. The standard emission range is 200–650 nm and can be extended to 200–900 nm with the optional C-T monochromator.
3. Can the F96S measure low-concentration samples?
Yes. Its reported distilled-water Raman peak signal-to-noise ratio exceeds 90 at 365 nm excitation, indicating suitability for sensitive fluorescence measurements. Actual detection limits depend on the analyte, sample matrix, and measurement conditions.
4. What measurement modes does the F96S support?
It supports fluorescence intensity measurement, fluorescence spectral scanning, time-dependent fluorescence kinetic measurements, and quantitative analysis.
5. What types of samples can the F96S analyze?
The instrument can accommodate liquid, powder, and thin-film samples when the appropriate sampling accessories are used.
6. Does the F96S support computer connectivity?
Yes. It supports standalone and computer-connected operation through a USB 2.0 interface.
7. Can the F96S perform fluorescence kinetic analysis?
Yes. Its time-scanning function supports user-configurable measurement periods up to 60,000 seconds, making it suitable for monitoring fluorescence changes over time.
8. What optional accessories are available for the F96S?
Available configurations include single-hole sample holders, multi-purpose fluorescence sample accessories, microcentrifuge tube holders, capillary sampling accessories, and semi-automatic sample introduction accessories. Optional wavelength-range extensions are also available.
9. What are the installation requirements for the F96S?
The instrument measures 442 × 392 × 250 mm, weighs approximately 9.6 kg, and consumes 35 W. It supports 110 V or 220 V power supplies at 50 Hz or 60 Hz. Confirm the required voltage configuration before ordering.

Frequently Asked Questions
1. What is the F96S Fluorescence Spectrophotometer used for?
The F96S is used for fluorescence intensity measurements, emission spectrum analysis, fluorescence kinetic studies, and quantitative analysis in research and testing laboratories.
2. What is the wavelength range of the F96S?
The standard excitation wavelength range is 250–600 nm, with an optional extension to 250–850 nm. The standard emission range is 200–650 nm and can be extended to 200–900 nm with the optional C-T monochromator.
3. Can the F96S measure low-concentration samples?
Yes. Its reported distilled-water Raman peak signal-to-noise ratio exceeds 90 at 365 nm excitation, indicating suitability for sensitive fluorescence measurements. Actual detection limits depend on the analyte, sample matrix, and measurement conditions.
4. What measurement modes does the F96S support?
It supports fluorescence intensity measurement, fluorescence spectral scanning, time-dependent fluorescence kinetic measurements, and quantitative analysis.
5. What types of samples can the F96S analyze?
The instrument can accommodate liquid, powder, and thin-film samples when the appropriate sampling accessories are used.
6. Does the F96S support computer connectivity?
Yes. It supports standalone and computer-connected operation through a USB 2.0 interface.
7. Can the F96S perform fluorescence kinetic analysis?
Yes. Its time-scanning function supports user-configurable measurement periods up to 60,000 seconds, making it suitable for monitoring fluorescence changes over time.
8. What optional accessories are available for the F96S?
Available configurations include single-hole sample holders, multi-purpose fluorescence sample accessories, microcentrifuge tube holders, capillary sampling accessories, and semi-automatic sample introduction accessories. Optional wavelength-range extensions are also available.
9. What are the installation requirements for the F96S?
The instrument measures 442 × 392 × 250 mm, weighs approximately 9.6 kg, and consumes 35 W. It supports 110 V or 220 V power supplies at 50 Hz or 60 Hz. Confirm the required voltage configuration before ordering.
Frequently Asked Questions
1. What is the F96S Fluorescence Spectrophotometer used for?
The F96S is used for fluorescence intensity measurements, emission spectrum analysis, fluorescence kinetic studies, and quantitative analysis in research and testing laboratories.
2. What is the wavelength range of the F96S?
The standard excitation wavelength range is 250–600 nm, with an optional extension to 250–850 nm. The standard emission range is 200–650 nm and can be extended to 200–900 nm with the optional C-T monochromator.
3. Can the F96S measure low-concentration samples?
Yes. Its reported distilled-water Raman peak signal-to-noise ratio exceeds 90 at 365 nm excitation, indicating suitability for sensitive fluorescence measurements. Actual detection limits depend on the analyte, sample matrix, and measurement conditions.
4. What measurement modes does the F96S support?
It supports fluorescence intensity measurement, fluorescence spectral scanning, time-dependent fluorescence kinetic measurements, and quantitative analysis.
5. What types of samples can the F96S analyze?
The instrument can accommodate liquid, powder, and thin-film samples when the appropriate sampling accessories are used.
6. Does the F96S support computer connectivity?
Yes. It supports standalone and computer-connected operation through a USB 2.0 interface.
7. Can the F96S perform fluorescence kinetic analysis?
Yes. Its time-scanning function supports user-configurable measurement periods up to 60,000 seconds, making it suitable for monitoring fluorescence changes over time.
8. What optional accessories are available for the F96S?
Available configurations include single-hole sample holders, multi-purpose fluorescence sample accessories, microcentrifuge tube holders, capillary sampling accessories, and semi-automatic sample introduction accessories. Optional wavelength-range extensions are also available.
9. What are the installation requirements for the F96S?
The instrument measures 442 × 392 × 250 mm, weighs approximately 9.6 kg, and consumes 35 W. It supports 110 V or 220 V power supplies at 50 Hz or 60 Hz. Confirm the required voltage configuration before ordering.