AFS-8900 Atomic Fluorescence Spectrophotometer

Category:

Introduction:

The AFS-8900, independently developed by our Company, is a cutting-edge automatic double-channel hydride generation atomic fluorescence spectrophotometer designed for rapid and accurate trace analysis of elements like arsenic, mercury, selenium, and antimony. This advanced instrument is ideal for use in environmental monitoring, food safety, quality control, geology, mining, and scientific research, providing unparalleled performance and efficiency.

Product Features:

  • Multi-Element Analysis: Capable of detecting and quantifying twelve elements, including arsenic (As), mercury (Hg), selenium (Se), and antimony (Sb), with high sensitivity.

  • Real-Time Drift Correction: Ensures accurate and reliable measurements by automatically correcting for instrument drift during analysis.

  • High-Throughput Double-Channel Measurement: Enables simultaneous two-element analysis with a single measurement time of less than 30 seconds, significantly increasing productivity.

  • Integrated Design: Combines the intermittent flow vapor generation system and the spectrophotometer host into a single compact unit, saving valuable lab space.

  • Built-in Intermittent Flow Vapor Generation System: Features alternating introduction of samples and carrier gas, allowing for online cleaning, eliminating cross-contamination, saving sample and reagent volumes, and minimizing waste through mechanical power.

  • Sample/Carrier Isolation Technology: Eliminates diffusion effects on measurement results, improving analytical precision.

  • Automated Operation: Enables single-point calibration, automatic dilution, and automated measurement sequences for enhanced efficiency.

  • Intelligent Lamp Management: Automatically identifies and monitors the service life of high-performance coded hollow cathode lamps, optimizing instrument performance and maintenance.

  • Advanced Cathode Lamp Power Supply: Employs constant current drive and pulse power supply modes for optimal lamp operation.

  • Shielded Quartz Furnace Low-Temperature Atomizer: Reduces fluorescence quenching and gas-phase interference, while improving atomization efficiency, ultimately leading to higher sensitivity.

  • Innovative Two-Stage Gas-Liquid Separation Device: Airtight, requiring no liquid addition or waste discharge, for a cleaner and more efficient process.

  • Efficient Gas Circuit System: Uses an array structure with a new throttle device to effectively minimize argon consumption, lowering operational costs.

  • Comprehensive Self-Diagnostics: Features boot self-check, automatic diagnosis, and automatic fault alarms for simplified maintenance and operation.

  • Argon-Hydrogen Flame Observation Window: Allows for real-time monitoring of the flame state for optimal performance and safety.

  • Modular Circuit System: Employs a highly integrated functional board structure with separate strong and weak current circuits for enhanced stability and reliability.

  • User-Friendly Software: Compatible with Windows 7/8/10/XP operating systems and features a powerful expert online help system for ease of use.

  • Seamless Data Integration: Allows for quick import of software data into Excel for network resource sharing and further analysis.

  • Speciation Analysis Ready: Features reserved interfaces for speciation analysis, catering to advanced user needs.

Application Fields:

The AFS-8900 is suitable for a wide range of applications across various sectors, including:

  • Environmental Protection: Monitoring water, soil, and air quality for pollutants.

  • Food Safety: Detecting trace elements and contaminants in food products.

  • Disease Control: Analyzing samples for trace elements in epidemiological studies.

  • Medicine and Medical Treatment: Analyzing biological samples for clinical diagnostics.

  • Health and Epidemic Prevention: Monitoring trace elements in public health samples.

  • Agriculture: Assessing soil and plant nutrient levels and detecting contaminants.

  • Geology and Mining: Analyzing geological samples for trace element composition.

  • Metallurgy: Analyzing metal samples for impurities.

  • Cosmetics: Monitoring heavy metals and other elements in cosmetic products.

  • Soil Analysis: Assessing soil quality and contaminant levels.

  • Urban Water Supply and Drainage: Monitoring water quality in municipal systems.

  • Teaching and Research: Providing a reliable tool for scientific studies and education.

Key Selling Points Highlighted:

  • High-Throughput Analysis: Fast measurement times and double-channel capability significantly enhance productivity.

  • Exceptional Sensitivity: Advanced atomization technology and design ensure accurate detection of trace elements.

  • Automated Operation: Reduces manual intervention and simplifies analysis with features like automatic dilution and measurement.

  • Integrated Design: Saves valuable laboratory space and simplifies operation.

  • Reduced Waste & Costs: Efficient use of samples and reagents, along with optimized gas consumption, lowers operational expenses.

  • Advanced Safety and Reliability: Self-diagnostics, fault alarms, and robust design ensure safe and dependable performance.

  • User-Friendly Software: Easy to use and features advanced data processing and analysis capabilities.

  • Versatility: Applicable to a wide range of fields and analytical applications.

Related products