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AELAB A3FG Atomic Absorption Spectrophotometer | Flame & Graphite Furnace

The AELAB A3FG Atomic Absorption Spectrophotometer integrates both flame and graphite furnace atomizers for comprehensive elemental analysis. Controlled by the advanced AA-Win 3.0 software, it ensures high analytical precision, wide dynamic range, and automation flexibility across agricultural, environmental, pharmaceutical, and metallurgical laboratories.
Modles : A3 Series
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The AELAB A3FG Atomic Absorption Spectrophotometer is an advanced dual-mode analytical system integrating both Flame and Graphite Furnace Atomisers. It provides high accuracy and sensitivity for trace metal quantification across environmental, pharmaceutical, agricultural, and industrial applications. Controlled by the intelligent AA-Win 3.0 software, the A3FG offers full automation, method flexibility, and GLP-compliant data handling for precise elemental measurement.

 

⚙️ Design & Construction

The A3FG model features a precision optical system with 1800 grooves/mm diffraction grating, 250nm blaze wavelength, and computer-controlled Czerny–Turner monochromator. The chassis is fabricated from corrosion-resistant metal with ergonomic front-panel access. The instrument houses an 8-lamp turret, high-intensity Deuterium Arc lamp for background correction, and a fully automatic flame and graphite atomizer switch.

 

🔬 Working Principle / Testing Method

The system performs atomic absorption analysis using either the Air/Acetylene or N2O/Acetylene flame, and transversely heated graphite furnace for ultra-trace detection. The optical beam passes through the atomized sample, and the AA-Win 3.0 software calculates absorbance, transmittance, and concentration values. High-resolution wavelength selection (0.1–2.0nm) and optical feedback loops ensure exceptional measurement reproducibility and low noise stability (0.005Abs/30min).

 

💡 Key Advantages

  • Dual atomizer design allows seamless switching between Flame and Graphite Furnace analysis
  • AA-Win 3.0 software supports automatic calibration, peak integration, and multi-standard interpolation
  • Transversely heated graphite tube provides stable temperature control up to 3000°C
  • Self-reversal and Deuterium background correction for enhanced accuracy
  • High-sensitivity Cu detection limit <0.004µg/ml (flame) and Cd <0.004ng/ml (graphite)
  • Comprehensive gas safety system with burner identification and over-temperature protection
  • USB and PC connectivity for GLP-compliant data export and real-time monitoring

 

🔗 Connectivity & Integration

The A3FG connects to standard PCs running Windows OS. The AA-Win 3.0 software enables real-time signal acquisition, calibration curve display, and data storage in multi-format outputs. Analytical results, method files, and calibration reports can be exported via USB or LAN for traceability and regulatory compliance.

 

🧠 Model Insight

Model Configuration Atomizers Features
A3F Flame Only Air/Acetylene Standard burner, automatic lamp control
A3G Graphite Furnace Graphite Atomizer Transversely heated furnace, precise temperature feedback
A3FG Flame + Graphite Furnace Dual Atomizer Automatic atomizer switch, advanced AA-Win 3.0 integration

 

🧪 Testing Applications

The AELAB A3FG Atomic Absorption Spectrophotometer is ideal for quantifying trace elements in agricultural, environmental, food, mining, pharmaceutical, petrochemical, and metallurgical samples. It supports absorbance and emission analysis, enabling accurate detection of metals such as Cu, Zn, Pb, Fe, and Cd in diverse matrices.

 

Compliance & Quality Assurance

The A3FG complies with ISO, CE, and GLP laboratory standards. Each instrument undergoes calibration verification and QC validation to ensure analytical precision and reproducibility under certified AELAB production protocols.

Specifications :

Spectrometer System
Wavelength Range 185nm – 910nm
Light Source Hollow Cathode Lamp (HCL), Deuterium Arc Lamp (D2)
Modulation Square Wave Pulse
Modulation Frequency 100Hz Self Reversal (SR) background, 400Hz Deuterium Arc (D2) background
Monochromator
Grating 1800 grooves/mm diffraction grating
Blazed Wavelength 250nm
Focus 300mm
Bandwidth 0.1nm, 0.2nm, 0.4nm, 1.0nm, 2.0nm (Software selectable)
Scan Mode Automatic
Photometric Type Single Beam
Wavelength Accuracy ±0.15nm
Wavelength Resolution 0.2nm ± 0.02nm
Wavelength Reproducibility <0.05nm
Baseline Stability 0.005Abs/30min
Background Correction Deuterium Arc (D2) 1.0Abs, Self Reversal (SR) 3.0Abs
Flame Analysis
Flame Types Air/Acetylene, Nitrous Oxide/Acetylene, Air/Propane (LPG)
Sensitivity (Cu) 2µg/ml Absorption >0.28Abs
Characteristic Concentration Cu <0.02µg/ml, Ba <0.15µg/ml (N2O/Acetylene)
Detection Limit Cu <0.004µg/ml
Repeatability Cu <0.7% (Air/Acetylene Flame), Ba <1.0% (N2O/Acetylene Flame)
Burner Heads Titanium Alloy
Nebuliser High Efficiency Glass, Acid-Proof Option Available
Pre-mix Chamber Corrosion Resistant
Atomiser Selection Automatic Changeover (A3FG)
Safety Features Burner Identification, Flame Sensor, Gas Leak Sensor, Low Gas Pressure Sensor, Drain Trap, Power Loss Protection
Graphite Furnace Analysis
Graphite Head Transversally Heated
Temperature Range Ambient – 3000°C
Heating Program Up to 10 Steps: Drying, Ashing, Atomisation, Cleaning
Feedback Voltage and Optical Temperature Control Feedback
Sensitivity (Cu) 50ng/ml Absorption >0.40Abs
Detection Limit Cd <0.004ng/ml
Repeatability Cu <2.0%, Cd <2.0%
Graphite Tubes Pyrolytically Coated with Platform
Sample Size Up to 20µl
Graphite Cooling Water Circulator Available
Safety Features Argon Pressure Sensor, Water Flow Sensor, Over Temperature Sensor, Broken Tube Protection
Data Processing
PC System PC, Windows Operating System
Operating Program AA-Win 3.0 Software
Analytical Methods Flame AA, Flame AE, Graphite Furnace, Hydride Generation
Readout Mode Continuous, Peak Height, Peak Area
Calibrations Multi-Standard Calibration, Standard Addition, Interpolation
Data Storage Analytical Results, Instrument Parameters, Signal Profile, Calibration Curve
Power Requirements
Main Unit 220VAC 50/60Hz
Graphite Power Supply 220VAC 50/60Hz, Instantaneous Power 7KW
Dimensions
Main Unit 110cm × 54cm × 54cm, 75kg
Graphite Power Supply 50cm × 54cm × 54cm, 70kg
Spectrometer System
Wavelength Range 185nm – 910nm
Light Source Hollow Cathode Lamp (HCL), Deuterium Arc Lamp (D2)
Modulation Square Wave Pulse
Modulation Frequency 100Hz Self Reversal (SR) background, 400Hz Deuterium Arc (D2) background
Monochromator
Grating 1800 grooves/mm diffraction grating
Blazed Wavelength 250nm
Focus 300mm
Bandwidth 0.1nm, 0.2nm, 0.4nm, 1.0nm, 2.0nm (Software selectable)
Scan Mode Automatic
Photometric Type Single Beam
Wavelength Accuracy ±0.15nm
Wavelength Resolution 0.2nm ± 0.02nm
Wavelength Reproducibility <0.05nm
Baseline Stability 0.005Abs/30min
Background Correction Deuterium Arc (D2) 1.0Abs, Self Reversal (SR) 3.0Abs
Flame Analysis
Flame Types Air/Acetylene, Nitrous Oxide/Acetylene, Air/Propane (LPG)
Sensitivity (Cu) 2µg/ml Absorption >0.28Abs
Characteristic Concentration Cu <0.02µg/ml, Ba <0.15µg/ml (N2O/Acetylene)
Detection Limit Cu <0.004µg/ml
Repeatability Cu <0.7% (Air/Acetylene Flame), Ba <1.0% (N2O/Acetylene Flame)
Burner Heads Titanium Alloy
Nebuliser High Efficiency Glass, Acid-Proof Option Available
Pre-mix Chamber Corrosion Resistant
Atomiser Selection Automatic Changeover (A3FG)
Safety Features Burner Identification, Flame Sensor, Gas Leak Sensor, Low Gas Pressure Sensor, Drain Trap, Power Loss Protection
Graphite Furnace Analysis
Graphite Head Transversally Heated
Temperature Range Ambient – 3000°C
Heating Program Up to 10 Steps: Drying, Ashing, Atomisation, Cleaning
Feedback Voltage and Optical Temperature Control Feedback
Sensitivity (Cu) 50ng/ml Absorption >0.40Abs
Detection Limit Cd <0.004ng/ml
Repeatability Cu <2.0%, Cd <2.0%
Graphite Tubes Pyrolytically Coated with Platform
Sample Size Up to 20µl
Graphite Cooling Water Circulator Available
Safety Features Argon Pressure Sensor, Water Flow Sensor, Over Temperature Sensor, Broken Tube Protection
Data Processing
PC System PC, Windows Operating System
Operating Program AA-Win 3.0 Software
Analytical Methods Flame AA, Flame AE, Graphite Furnace, Hydride Generation
Readout Mode Continuous, Peak Height, Peak Area
Calibrations Multi-Standard Calibration, Standard Addition, Interpolation
Data Storage Analytical Results, Instrument Parameters, Signal Profile, Calibration Curve
Power Requirements
Main Unit 220VAC 50/60Hz
Graphite Power Supply 220VAC 50/60Hz, Instantaneous Power 7KW
Dimensions
Main Unit 110cm × 54cm × 54cm, 75kg
Graphite Power Supply 50cm × 54cm × 54cm, 70kg

Frequently Asked Questions

1What is the analytical advantage of the AELAB A3FG model?
It integrates both flame and graphite furnace atomizers, allowing analysis across a wide concentration range in one system.
2What is the detection limit capability?
Detection limits reach Cu <0.004µg/ml in flame mode and Cd <0.004ng/ml in graphite mode.
3Does the A3FG support automatic atomizer switching?
Yes, the A3FG model includes automatic atomizer changeover via AA-Win 3.0 software.
4Can the system store and export analytical data?
Yes, all measurement parameters and calibration data can be exported via USB or LAN in AA-Win 3.0.
5What are the operating conditions for reliable performance?
The instrument operates reliably between 0–40 °C in a non-condensing environment with 220VAC 50/60Hz power supply.

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