Classification: Flame Series
Product Overview
The GGX-910 Zeeman Flame Atomic Absorption Spectrophotometer combines advanced Zeeman background correction technology with a high-performance flame atomisation system to deliver accurate and reliable elemental analysis. Developed from decades of expertise in atomic absorption spectroscopy, the GGX-910 offers exceptional analytical stability, intelligent automation, and comprehensive safety protection.
Featuring a user-friendly software platform, robust optical design, and advanced flame control technology, the instrument is ideal for routine and high-precision analysis in environmental, food, pharmaceutical, industrial, and research laboratories.
Key Features
Advanced Zeeman Background Correction
- High-performance Zeeman background correction with full-spectrum background subtraction.
- Improves analytical accuracy by effectively compensating for complex matrix interferences.
Energy-Efficient Magnetic Field Design
- Transverse Zeeman system with a constant magnetic field.
- Reduces power consumption while maintaining excellent correction performance and instrument stability.
Quasi Double-Beam Optical System
- No preheating required for routine operation.
- Provides fast startup and improved analytical efficiency.
Automatic Eight-Lamp Turret
- Automatic rotating lamp holder supporting up to eight element lamps.
- Simultaneous preheating of all installed lamps reduces analysis preparation time.
- Patented slip-ring design eliminates cable twisting and improves reliability.
High-Performance Optical System
- Wavelength range: 190–900 nm
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Automatic spectral bandwidth selection:
- 0.2 nm
- 0.4 nm
- 1.0 nm
- 2.0 nm
- Advanced Czerny-Turner (C-T) optical design with a 270 mm focal length.
- 1800 lines/mm diffraction grating provides excellent optical resolution and high energy throughput.
- Automatic wavelength peak search and optimisation.
Intelligent Instrument Automation
- Automatic peak setting
- Automatic bandwidth selection
- Automatic lamp positioning
- Built-in self-diagnostic and fault detection systems
- Comprehensive instrument status monitoring
Powerful Analytical Software
- Available in both English and Chinese.
- Advanced data traceability and audit functions.
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Supports:
- Standard calibration curve method
- Standard addition method
- Curve recalibration
- Slope reset functions
- Editable correction curves
- Blank correction and customised calibration management
Flame Atomisation System
Fully Automated Gas Control
- Automatic ignition and gas circuit control.
- Continuously adjustable gas flow with automatic optimisation.
Durable Burner Assembly
- Titanium alloy burner head offers excellent resistance to heat and corrosion.
- Designed for long service life and stable analytical performance.
High-Efficiency Nebulisation
- Premix burner system with all-plastic corrosion-resistant nebuliser chamber.
- High-sensitivity glass nebuliser provides excellent sample atomisation and analytical sensitivity.
Advanced Safety Protection
The GGX-910 incorporates a comprehensive safety interlock system to ensure safe operation:
- Automatic water seal monitoring
- Ignition lockout when water levels are insufficient
- Air and acetylene pressure monitoring
- Ignition prevention under low-pressure conditions
- Automatic flame monitoring
- Automatic gas shut-off if flame extinguishment is detected
- Anti-flashback protection system
- Waste liquid level monitoring to prevent overflow
Intelligent Safety Diagnostics
- Multiple self-diagnostic functions continuously monitor operating conditions.
- Automatic fault detection and protection mechanisms minimise risk and downtime.
Applications
The GGX-910 is suitable for a broad range of analytical applications, including:
- Food safety and hygiene testing
- Environmental monitoring
- Water quality analysis
- Geological and mining laboratories
- Metallurgical testing
- Agricultural analysis
- Chemical industry quality control
- Pharmaceutical testing
- Commodity inspection
- Universities and research institutions
Detectable Elements
The GGX-910 is capable of determining more than 70 metallic elements, including:
Gold (Au), Silver (Ag), Copper (Cu), Lead (Pb), Zinc (Zn), Manganese (Mn), Potassium (K), Sodium (Na), Calcium (Ca), Magnesium (Mg), Iron (Fe), Cadmium (Cd), and many others.
Suitable sample types include food products, surface water, groundwater, drinking water, environmental samples, industrial materials, agricultural products, and geological specimens.
The advanced Zeeman background correction system makes the GGX-910 particularly well suited for complex sample matrices where high analytical accuracy and interference correction are critical.