AELAB Atomic Absorption Spectrophotometer Solutions
AELAB supplies a comprehensive range of Atomic Absorption Spectrophotometers for quantitative elemental and metal analysis in environmental, food, agricultural, pharmaceutical, geological, metallurgical, petrochemical and industrial laboratories.
The available AAS range includes flame atomic absorption systems, graphite furnace instruments and integrated flame and graphite furnace configurations. Different models are available for routine metal analysis, trace-element determination and laboratories requiring flexible atomization options.
Customers can compare AELAB AAS models according to required sensitivity, element concentration, sample matrix, atomization technique, lamp capacity, optical configuration, automation level and laboratory workload.
Available Atomic Absorption Spectrophotometer Types
| AAS Configuration |
Typical Application |
| Flame AAS |
Routine quantitative determination of metals at moderate concentration levels, particularly when regular sample throughput is required. |
| Graphite Furnace AAS |
High-sensitivity analysis of trace metals in small-volume or complex samples where lower detection levels are required. |
| Flame and Graphite Furnace AAS |
Flexible laboratories requiring both routine flame analysis and sensitive graphite furnace measurements within one analytical system. |
| Single-Beam AAS |
Practical elemental analysis for laboratories seeking a straightforward optical configuration for routine testing. |
| Double-Beam AAS |
Elemental analysis requiring stable optical measurements and continuous comparison between sample and reference signals. |
| Multi-Lamp Turret AAS |
Laboratories testing multiple elements and requiring convenient switching between element-specific hollow cathode lamps. |

Typical AAS Applications
- Heavy-metal analysis in drinking water and wastewater
- Metal determination in soil, sediment and geological samples
- Mineral and elemental analysis of food and beverage products
- Trace-metal testing in agricultural products and fertilizers
- Elemental analysis in pharmaceutical materials and formulations
- Metal analysis in biological, clinical and research samples
- Metallurgical, alloy and mining sample analysis
- Petroleum, fuel and petrochemical laboratory testing
- Industrial raw-material and finished-product quality control
- University, research and scientific laboratory applications
- Environmental pollution and contamination monitoring
- Quantitative determination of elements such as lead, copper, zinc, iron and cadmium
How Atomic Absorption Spectrophotometry Works
Atomic Absorption Spectrophotometry measures the concentration of an element by determining how much light is absorbed by free atoms produced from the sample. Each element absorbs light at characteristic wavelengths, allowing selective quantitative measurement.
1. Sample Introduction
The prepared sample is introduced into the selected flame or graphite furnace atomization system.
2. Atomization
The sample is converted into free ground-state atoms under controlled high-temperature conditions.
3. Light Absorption
Element-specific light passes through the atomized sample and is absorbed by the target atoms.
4. Quantification
The measured absorbance is compared with calibration standards to determine the element concentration.
How to Select the Right Atomic Absorption Spectrophotometer
Selecting an AAS system should be based on the elements being measured, expected concentration range, required detection capability, sample matrix, daily workload and preferred atomization technique. The lowest-priced model may not necessarily provide the most suitable configuration for every application.
| Selection Factor |
Questions to Consider |
| Target Elements |
Which metals or elements must be measured, and which element-specific lamps will be required? |
| Concentration Range |
Will the laboratory analyze routine concentration levels, trace metals or both? |
| Atomization Method |
Is flame atomization sufficient, or is graphite furnace sensitivity required? |
| Sample Matrix |
Will samples include water, food, soil, minerals, chemicals, pharmaceuticals or biological materials? |
| Optical Configuration |
Does the application require a single-beam or double-beam optical system? |
| Lamp Capacity |
How many element-specific hollow cathode lamps should be installed or available for automatic selection? |
| Background Correction |
What type of background correction is appropriate for the sample matrices and analytical methods? |
| Automation Requirements |
Are automatic lamp alignment, gas control, burner adjustment, autosampling or software-controlled operation required? |
| Laboratory Throughput |
How many elements and samples must be analyzed during a normal working day? |
| Safety and Installation |
Are suitable gas supplies, ventilation, electrical connections and laboratory space available? |
Representative AELAB AAS Product Families
AELAB T8000 Flame Atomic Absorption Spectrometer
A flame atomic absorption system designed for precision metal analysis in routine laboratory and industrial elemental-testing applications.
AELAB T8001 Graphite Furnace Atomic Absorption Spectrometer
A graphite furnace AAS configuration intended for sensitive determination of trace elements and analysis of samples requiring lower detection capability.
AELAB T8001S Integrated Flame and Graphite Furnace AAS
An integrated elemental-analysis platform combining flame and graphite furnace atomization for laboratories requiring flexible analytical workflows.
AELAB AA-7050 Series
A flame and graphite furnace Atomic Absorption Spectrophotometer series for quantitative determination of elements in scientific, environmental and industrial laboratories.
AELAB AA-7020 Series
An integrated flame and graphite furnace AAS series developed for precise trace-metal analysis in complex laboratory samples.
AELAB AA-7003 Series
An automated flame and graphite furnace Atomic Absorption Spectrometer series for multi-element testing in environmental, food, geological and industrial applications.
AELAB A3FG Atomic Absorption Spectrophotometer
A dual-mode system combining flame and graphite furnace atomizers for elemental testing across agricultural, environmental, pharmaceutical and metallurgical laboratories.
AELAB A3G Graphite Furnace Atomic Absorption Spectrophotometer
A graphite furnace configuration for laboratories performing sensitive trace-element measurements in small-volume or demanding sample matrices.
AELAB A3 Series Atomic Absorption Spectrophotometer
A configurable AAS family available with flame, graphite furnace and multi-lamp turret options for different elemental-analysis requirements.
AELAB AA990 Series 8-Lamp Turret AAS
A flame Atomic Absorption Spectrophotometer series equipped with an 8-lamp turret to support convenient testing of multiple target elements.
AELAB 4530F Single-Beam AAS
A single-beam Atomic Absorption Spectrophotometer with an 8-lamp turret for routine elemental measurement and laboratory quality-control applications.
AELAB AA320N Double-Beam AAS
A double-beam Atomic Absorption Spectrophotometer configuration for routine quantitative elemental analysis.
View the complete AELAB Atomic Absorption Spectrophotometer range, available models and technical information
Why Choose AELAB Atomic Absorption Spectrophotometers?
- Flame, graphite furnace and integrated AAS configurations
- Solutions for routine metal analysis and trace-element determination
- Single-beam and double-beam configurations according to model
- Multi-lamp turret options for laboratories analyzing different elements
- Models for environmental, agricultural, food and industrial applications
- Different automation and software-control options depending on model
- Technical assistance for selecting a suitable atomization configuration
- Support for model comparison, technical proposals and quotations
- International supply, export packaging and shipping support
Information Required Before Requesting a Quotation
To receive a more suitable AAS recommendation, provide the following information to the AELAB technical sales team:
- Target elements to be analyzed
- Expected concentration or detection range
- Sample types and sample matrices
- Required flame or graphite furnace configuration
- Estimated number of samples tested per day
- Preferred lamp capacity and automation level
- Required accessories and sample-introduction options
- Available laboratory gas and ventilation conditions
- Destination country and electrical power requirements
About AELAB
AELAB is a laboratory equipment and scientific instrument supplier based in Guangzhou, China. The company supplies analytical instruments, laboratory equipment and quality-control solutions for distributors, universities, research organizations and industrial customers.
The AELAB product portfolio includes Atomic Absorption Spectrophotometers, UV-Visible Spectrophotometers, XRF systems, ICP instruments, laboratory balances, environmental testing equipment, sample-preparation systems and other analytical laboratory solutions.
Official Website: www.aelabgroup.com
Frequently Asked Questions
What types of Atomic Absorption Spectrophotometers does AELAB supply?
AELAB supplies flame AAS, graphite furnace AAS and integrated flame and graphite furnace systems. Single-beam, double-beam and multi-lamp turret configurations are available depending on the selected model.
What is the difference between flame AAS and graphite furnace AAS?
Flame AAS is commonly selected for routine analysis and higher sample throughput, while graphite furnace AAS is generally used when greater sensitivity and trace-level determination are required.
Which samples can be analyzed using an AAS instrument?
Depending on sample preparation and the analytical method, AAS can be used for water, soil, food, agricultural, pharmaceutical, biological, geological, metallurgical and industrial samples.
Can one AAS system provide both flame and graphite furnace analysis?
Yes. Selected AELAB models integrate flame and graphite furnace atomization, allowing laboratories to perform routine and trace-level analysis using one system.
Why are hollow cathode lamps used in Atomic Absorption Spectrophotometry?
A hollow cathode lamp produces element-specific light corresponding to the target element. The appropriate lamp is selected according to the metal being measured.
Can AELAB recommend an AAS model for a specific application?
Yes. Provide the target elements, expected concentration, sample matrix, required sensitivity, preferred atomization method, daily workload and destination country. Suitable models can then be recommended for comparison.
Request AAS Model Recommendation, Price and Technical Proposal
Tell the AELAB technical sales team which elements you need to measure, your sample types, expected concentration range, preferred atomization technique and required laboratory throughput.
A technical proposal can include recommended AAS models, available configurations, specifications, accessories, delivery time, packaging and shipping information.
View AELAB AAS Models
Email: info@aelabgroup.com
WhatsApp / WeChat: +86 158 0001 6110
Website: www.aelabgroup.com