AAS - Atomic Absorption Spectrometer - AAS - Atomic Absorption Spectrophotometer AAS3000FG-Pro (Flame + Graphite Furnace Type - Pro Version)

AAS - Atomic Absorption Spectrophotometer AAS3000FG-Pro (Flame + Graphite Furnace Type - Pro Version)

AAS - Atomic Absorption Spectrophotometer AAS3000FG-Pro (Flame + Graphite Furnace Type - Pro Version) is an advanced atomic absorption spectrophotometer, designed as an essential tool for precision metal analysis. This high-performance instrument is celebrated for its selectivity, broad application scope, heightened sensitivity, user-friendly and rapid operation, cost efficiency, and outstanding accuracy.

The AAS3000FG-Pro serves diverse industries, including geology, mining, metallurgy, agriculture, forestry, soil and fertilizer management, hydrology, environmental science, petrochemical processing, food and drug safety, and third-party testing. Its versatility and reliability make it a key resource for precise and efficient metal testing across these sectors.

AAS3000FG-Pro Atomic Absorption Spectrophotometer, combining flame and graphite furnace capabilities, is an advanced, precision instrument designed for comprehensive metal analysis with extensive safety and automation features. Here’s a summary of its key functionalities:

Core Features

Fully Automatic Switching: Automatic flame and graphite furnace switching saves time and eliminates manual processes.

High-Reliability Flame System: Includes automatic flow control and ignition for steady, reliable performance.

Graphite Furnace Safety: Equipped with multiple temperature protections, including dual air circuit breakers, to prevent overload and temperature anomalies.

Gas-Liquid Separation System: Optimizes performance in high humidity and limited gas supply environments.

Safety Interlocks: Includes multiple alarm and interlocking systems for automatic shutdown in case of safety anomalies.

Modular Design: Facilitates easy repair and replacement of parts due to its modular structure and circuit design.

Functional Extensions: Supports additional methods such as the hydride, flame emission, and high-temperature flame methods, as well as compatible accessories for enhanced analysis flexibility.

Technical Specifications

Wavelength Range: 170 nm to 900 nm

Wavelength Accuracy: Within ±0.10 nm, repeatable up to 0.05 nm

Baseline Stability: Drift below 0.002 Abs, noise under 0.001 Abs in steady and dynamic states

Resolution: Bandwidth deviation up to 0.02 nm, manganese energy ratio capped at 25%

Flame Sensitivity (Copper): Limit of detection (LOD) at 0.002 μg/mL, precision no more than 0.3%

Graphite Furnace Sensitivity (Cadmium): LOD at 0.4 pg, precision no more than 2.0%

Background Correction: Deuterium lamp correction up to 1.0 Abs, self-absorption method up to 2.0 Abs

Optical and Light Source Systems

8-Lamp Position Design: Automatic rotation, switching, and collimation for high-efficiency analysis.

Simultaneous Illumination: Preheats 1 to 8 lamps concurrently for faster workflow.

Optical System: Features a Czerny-Turner monochromator and diffraction grating with 1800 grooves/mm.

Automation and Data Processing

One-Key Operation: Simplifies processes and supports multi-task analysis.

Data Management: Supports automatic curve fitting, concentration calculations, and outputs in Word/Excel formats for easy documentation.

Flame System

Burner and Spray Chamber: Designed for corrosion and flame resistance; includes adjustable burner head and automatic ignition control.

High Precision Control: Automated gas flow adjustments and detection data display via a pedal reading function.

Graphite Furnace System

Heating Capabilities: Longitudinal heating up to 3000℃, with rapid temperature increase.

Temperature Control: Dual-mode control options with high precision (±1%) and automatic positional adjustments.

Observation System: Includes a visual system for monitoring and safe operations.

Software and Safety

Comprehensive Safety: Integrates alarms and safety devices across hardware and software for secure, stable operations.

Automatic Fail-safes: For gas cut-off, abnormal air pressure, ignition failure, and more.

Optional Functional Extensions

Graphite Furnace Automatic Sampler: Independently controlled, with multi-stage cleaning and accurate injection.

Flame Automatic Sampler: Designed for flexibility with a 70-sample tray.

Oxygen-Rich High-Temperature Flame: Allows for high-temperature element analysis without hazardous chemicals.

Hydride Vapor Generator: Expands analytical scope with hydrogenation methods.

Audit Trailing Software: Ensures compliance with electronic signatures, user permissions, and traceability for audit standards.

The AAS3000FG-Pro stands as a robust, efficient solution for diverse applications in fields demanding rigorous metal analysis, blending high functionality with cutting-edge safety features for dependable results across industries.

Main Unit: 1020mm×530mm×500mm(L×W×H), 85kg

GF Power Supply: 350mm×530mm×430mm(L×W×H), 32kg

GF automatic sampler: 350mm×250mm×300mm(L×W×H), 15kg

Flame automatic sampler: 440mm×290mm×440mm(L×W×H), 14kg

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AAS - Atomic Absorption Spectrometer - AAS - Atomic Absorption Spectrophotometer AAS3000FG-Pro (Flame + Graphite Furnace Type - Pro Version)

AAS - Atomic Absorption Spectrophotometer AAS3000FG-Pro (Flame + Graphite Furnace Type - Pro Version)

Core Features

Technical Specifications

Optical and Light Source Systems

Automation and Data Processing

Flame System

Graphite Furnace System

Software and Safety

Optional Functional Extensions

How Can We Help You?

Torontech Group

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