GGX-6 atomic absorption spectrophotometer

GGX-6 atomic absorption spectrophotometer

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Classification: Flame Series


Product Overview

The GGX-6 Atomic Absorption Spectrophotometer is a high-performance flame-based analytical instrument designed for accurate and reliable elemental analysis. As part of our established atomic absorption product family, the GGX-6 combines advanced Zeeman background correction technology with a stable optical system and high automation level, making it suitable for complex and routine laboratory applications.

With a user-friendly interface, flexible operation, and robust design, the GGX-6 delivers consistent analytical performance across a wide range of industries and sample types.


Key Applications

The GGX-6 is widely used in:

  • Food safety and hygiene testing
  • Environmental monitoring and water quality analysis
  • Geological and mining laboratories
  • Metallurgical analysis
  • Agricultural testing
  • Pharmaceutical and commodity inspection
  • Chemical industry quality control
  • Academic research and teaching

Detectable Elements

The instrument is capable of analysing 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 others.

It is suitable for analysis of food samples, surface water, groundwater, drinking water, and a wide variety of environmental and industrial materials.


Key Features

Advanced Zeeman Background Correction System

  • Flame Zeeman background correction with full-spectrum capability
  • DC constant magnetic field (1T) transverse Zeeman configuration
  • Full-band background correction for complex sample matrices
  • Background correction capability exceeding 80×, significantly outperforming deuterium lamp systems
  • Stable quasi-double beam design with sample and reference channels

Intelligent Lamp and Optical System

  • Dual lamp position and dual gas circuit design
  • Automatic wavelength scanning for precise wavelength positioning
  • Spectral bandwidth options: 0.2, 0.4, 1.0, 2.0 nm (automatic switching)
  • Czerny-Turner (C-T) optical system with 270 mm focal length and 1800 lines/mm grating
  • Automatic gain control, lamp current regulation, and energy balancing
  • Reliable element lamp switching system with no preheating required for measurement

Flame Atomisation System

  • Titanium alloy burner with high temperature and corrosion resistance
  • Three-dimensional burner adjustment for optimal flame performance
  • High-strength, corrosion-resistant mixing chamber with easy cleaning and no memory effect
  • High-efficiency concentric glass nebuliser with impact ball for stable atomisation

Flame Emission Capability

  • Supports flame emission analysis for alkali metals such as potassium (K), sodium (Na), and lithium (Li)
  • Provides multiple analytical modes in a single system

Data Processing & Software System

  • Measurement modes include:
    • Atomic absorption
    • Background correction
    • Zeeman background measurement
    • Flame emission
  • Reading modes:
    • Direct concentration reading
    • Signal average value
    • Peak height
    • Peak area
  • Automatic zero-drift correction improves measurement stability
  • Windows-based software (XP / 7 / 8 compatible) with intuitive control and data processing functions
  • Measurement data and conditions can be exported directly to Excel for editing, reporting, and sharing

Safety and Structural Design

  • Comprehensive safety interlock system with anti-flashback protection
  • Automatic gas shut-off during power failure or gas supply interruption
  • Acid-resistant, durable all-plastic housing designed for harsh laboratory environments
  • Magnetic system with water-cooling ensures stable field strength and includes automatic alarm protection

Summary

The GGX-6 Atomic Absorption Spectrophotometer combines advanced Zeeman background correction, high optical stability, and intelligent automation to deliver accurate and reliable elemental analysis. Its strong safety design and flexible measurement modes make it an ideal solution for modern laboratories handling complex and routine analytical tasks.