AFS-8330 Automatic Six-Lamp Atomic Fluorescence Spectrometer for Heavy Metal Analysis

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AFS-8330 Automatic Six-Lamp Atomic Fluorescence Spectrometer

Product ID：FGyzyg003

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Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

AFS-8330 Automatic Six-Lamp Atomic Fluorescence Spectrometer

Product Introduction
The AFS-8330 Automatic Six-Lamp Atomic Fluorescence Spectrometer is designed for efficient trace element and heavy metal analysis. Featuring six lamp positions, computer-controlled automatic element lamp switching, and an integrated intermittent sampling pump, it supports high-throughput sample testing with stable analytical performance. Its compact design also makes it suitable for vehicle-mounted applications and field testing. Chemical vapor generation, gas-liquid separation, and exhaust gas capture technologies improve analytical efficiency while helping reduce secondary environmental pollution.

Performance Features
• Six-lamp automatic switching: Computer-controlled selection of element lamps supports multi-element analysis and convenient operation.
•   Stable optical system: Short-focal-length focusing lenses and a fully enclosed, light-shielded optical system help improve measurement stability.
• Enhanced light source performance: Clustered pulsed power supply helps extend element lamp service life and improve sensitivity and signal-to-noise ratio.
•   High-efficiency intermittent sampling: The built-in six-roller intermittent pump enables rapid sample processing and efficient hydride generation.
• Chemical vapor separation: Integrated gas-liquid separation and automatic online removal of potassium borohydride bubbles support stable analytical reactions.
•   Intelligent software: Chinese and English interfaces support automatic system diagnostics, sample measurement, standard curve measurement, and multiple report formats.
• Guided operation: Built-in expert assistance provides recommended instrument conditions, analytical methods, sample pretreatment guidance, and standard solution preparation instructions.
• Environmental protection: An exhaust gas capture trap helps collect harmful elements from hydride generation and atomic fluorescence analysis, reducing secondary pollution.
• Compact design: Suitable for laboratory use and mobile or vehicle-mounted testing applications.

Working Principle
The AFS-8330 uses atomic fluorescence spectroscopy combined with chemical vapor generation to determine trace elements in samples. After appropriate sample pretreatment, the target elements react with a chemical reducing agent to generate volatile hydrides or other suitable chemical vapor species. The gas-liquid separation system separates the generated vapor from the liquid matrix before it enters the atomization region.
The selected element lamp emits characteristic radiation that excites the target atoms. The excited atoms emit characteristic fluorescence as they return to a lower energy state. The instrument measures the fluorescence signal and calculates the target element concentration using calibration standards or a standard curve. An exhaust capture system helps reduce the release of harmful substances.

Technical Parameters

Parameter	Specification
Model	AFS-8330
Instrument Type	Automatic Atomic Fluorescence Spectrometer
Element Lamp Positions	6
Lamp Switching	Computer-controlled automatic switching
Sampling Method	Integrated intermittent sampling pump
Pump Configuration	Six-roller design
Sample Introduction	Automatic intermittent sampling
Vapor Generation	Chemical vapor / hydride generation
Gas-Liquid Separation	Integrated separation unit
Bubble Removal	Automatic online removal of potassium borohydride bubbles
Optical System	Enclosed, light-shielded system with short-focal-length focusing lenses
Light Source	Clustered pulsed power supply
Software	Chinese and English interfaces
Software Functions	Automatic diagnostics, sample measurement, standard curve measurement, report generation, expert guidance
Exhaust Treatment	Harmful-element capture trap
Installation	Benchtop or vehicle-mounted applications

Note: Specifications such as detection limits, wavelength range, repeatability, sample throughput, and instrument dimensions were not provided in the source information. Please consult the manufacturer for detailed technical data.

Application Scenarios
The AFS-8330 atomic fluorescence spectrometer is suitable for trace element and heavy metal testing in:
• Food safety: Food hygiene inspection and contaminant analysis.
• Environmental monitoring: Water, soil, and other environmental sample testing.
• Water quality analysis: Urban water supply, drainage, and wastewater inspection.
• Agriculture: Agricultural products, feed, fertilizers, and soil analysis.
• Geology and metallurgy: Geological samples, mineral materials, and metallurgical testing.
• Cosmetics and textiles: Cosmetic safety testing and textile fiber sample analysis.
• Pharmaceutical testing: Drug quality control and related laboratory analysis.
• Clinical laboratories: Selected clinical sample testing where atomic fluorescence methods are applicable.
• Education and research: Analytical chemistry experiments, method development, and scientific research.
• Field testing: Mobile monitoring and vehicle-mounted analytical applications.

Comparison: AFS-8330 vs. Conventional Atomic Fluorescence Spectrometers

Feature	AFS-8330	Conventional Configuration
Element Lamp Positions	Six positions	Varies by model
Lamp Switching	Automatic, computer-controlled	May require manual switching
Sample Introduction	Integrated intermittent pump	Depends on configuration
Vapor Separation	Integrated gas-liquid separation	Depends on configuration
Bubble Management	Automatic online removal	May require different handling
Software Assistance	Diagnostics, calibration curves, expert guidance	Varies by software
Environmental Protection	Exhaust capture trap	Depends on configuration
Mobility	Compact design supports vehicle-mounted use	Depends on instrument size and design

The AFS-8330 combines automatic lamp selection, integrated intermittent sampling, chemical vapor separation, and guided software operation in one compact analytical platform. These features make it a practical option for laboratories and field-testing teams that require efficient trace element analysis.

Frequently Asked Questions (FAQ)
1. What is the AFS-8330 atomic fluorescence spectrometer used for?
It is used for trace element and heavy metal analysis in food, water, soil, agricultural products, pharmaceuticals, and other suitable sample types.
2. What is the advantage of its six-lamp design?
Six lamp positions and automatic computer-controlled switching improve operational convenience when analyzing different target elements.
3. Does the AFS-8330 support automatic sample measurement?
Yes. Its software supports automatic sample measurement, standard curve measurement, system diagnostics, and report generation.
4. How does the intermittent sampling system improve efficiency?
The integrated six-roller pump supports automated sample introduction and efficient hydride generation, helping improve testing throughput.
5. What is the function of the gas-liquid separation system?
It separates generated chemical vapor from the liquid reaction mixture before the vapor enters the atomization region, supporting stable analysis.
6. Can the AFS-8330 be used for field testing?
Yes. Its compact design allows vehicle-mounted applications, subject to suitable installation, power supply, and operating conditions.
7. Does the instrument help reduce environmental pollution?
Yes. Its exhaust gas capture trap is designed to collect harmful elements from the analytical exhaust and help reduce secondary pollution.
8. Does the AFS-8330 support multiple languages?
Yes. The software provides Chinese and English operating interfaces.
9. What detection limits and elements can the AFS-8330 measure?
The exact detection limits and supported element list were not specified in the supplied information. Contact the manufacturer for the element-specific analytical range, detection limits, and applicable testing methods.

Frequently Asked Questions (FAQ)
1. What is the AFS-8330 atomic fluorescence spectrometer used for?
It is used for trace element and heavy metal analysis in food, water, soil, agricultural products, pharmaceuticals, and other suitable sample types.
2. What is the advantage of its six-lamp design?
Six lamp positions and automatic computer-controlled switching improve operational convenience when analyzing different target elements.
3. Does the AFS-8330 support automatic sample measurement?
Yes. Its software supports automatic sample measurement, standard curve measurement, system diagnostics, and report generation.
4. How does the intermittent sampling system improve efficiency?
The integrated six-roller pump supports automated sample introduction and efficient hydride generation, helping improve testing throughput.
5. What is the function of the gas-liquid separation system?
It separates generated chemical vapor from the liquid reaction mixture before the vapor enters the atomization region, supporting stable analysis.
6. Can the AFS-8330 be used for field testing?
Yes. Its compact design allows vehicle-mounted applications, subject to suitable installation, power supply, and operating conditions.
7. Does the instrument help reduce environmental pollution?
Yes. Its exhaust gas capture trap is designed to collect harmful elements from the analytical exhaust and help reduce secondary pollution.
8. Does the AFS-8330 support multiple languages?
Yes. The software provides Chinese and English operating interfaces.
9. What detection limits and elements can the AFS-8330 measure?
The exact detection limits and supported element list were not specified in the supplied information. Contact the manufacturer for the element-specific analytical range, detection limits, and applicable testing methods.