AELAB X-Ray Fluorescence Spectrometers and XRF Elemental Analysis Solutions
AELAB supplies a comprehensive range of X-Ray Fluorescence Spectrometers (XRF) for rapid qualitative and quantitative elemental analysis in laboratories, industrial quality-control departments, mining operations, metal-processing facilities, jewelry businesses, recycling centers and material-testing organizations.
The available range includes benchtop XRF spectrometers, desktop elemental analyzers, handheld XRF analyzers, portable XRF instruments, precious-metal analyzers, mineral analyzers, alloy identification systems and XRF solutions for coating-thickness and RoHS-related material screening.
Customers can compare AELAB XRF models according to sample type, detectable elements, detector technology, measurement range, required portability, sample-chamber dimensions, testing speed and qualitative or quantitative analysis requirements.
Available XRF Spectrometer Types
| XRF Instrument Type |
Typical Use |
| Benchtop XRF Spectrometer |
Routine laboratory elemental analysis of metals, alloys, minerals, powders, coatings and industrial materials. |
| Desktop Precious-Metal Analyzer |
Gold-purity verification and composition analysis of silver, platinum, jewelry, coins and precious-metal alloys. |
| Handheld XRF Analyzer |
On-site alloy identification, scrap-metal sorting, positive material identification and rapid inspection of large or installed components. |
| Portable XRF Spectrometer |
Field elemental analysis where instruments must be transported between testing locations, production areas or inspection sites. |
| Mineral and Mining XRF Analyzer |
Rapid screening of ores, rocks, soil, geological samples and mineral exploration materials. |
| Coating-Thickness and RoHS XRF Analyzer |
Measurement of metallic coatings and screening of regulated elements in electronic components, coatings and manufactured materials. |
| Mobile XRF Elemental Analyzer |
Flexible elemental testing in industrial plants, warehouses, laboratories and quality-control inspection areas. |
How Does an XRF Spectrometer Work?
An XRF spectrometer directs primary X-rays toward the sample. The atoms in the sample become excited and emit secondary characteristic X-rays. Because different elements produce characteristic energy signals, the detector and analysis software can identify the elements present in the sample and, depending on the instrument configuration and calibration, determine their concentrations.
XRF is widely selected for fast elemental analysis because many solid, powder and prepared samples can be tested with limited sample preparation and without chemically digesting the material.
Typical XRF Testing Applications
- Gold, silver, platinum and precious-metal purity verification
- Alloy identification and positive material identification
- Metal manufacturing and incoming-material inspection
- Scrap-metal sorting and recycling-material evaluation
- Mining exploration and mineral composition screening
- Ore, rock, soil and geological sample analysis
- Coating-thickness measurement and surface-treatment control
- RoHS-related screening of electronic and manufactured materials
- Cement, ceramic, glass and construction-material analysis
- Automotive, aerospace and machinery component inspection
- Jewelry production and commercial precious-metal testing
- Research, education and material-science laboratories

Common Samples Tested by XRF
Metals and Alloys
Steel, stainless steel, aluminum, copper, brass, nickel alloys and other engineering metals.
Precious Metals
Gold, silver, platinum, jewelry, coins, bullion and precious-metal alloys.
Minerals and Geological Samples
Ore, rock, soil, sediment, powders and mineral-exploration samples.
Industrial Materials
Coatings, electronic components, catalysts, cement, ceramics, glass and manufactured materials.
How to Select the Right XRF Spectrometer
Selecting an XRF spectrometer should be based on the actual material, elements of interest, required detection level and working environment. A handheld analyzer may be appropriate for field identification, while a benchtop system may provide a more controlled platform for routine laboratory quantification.
| Selection Factor |
Questions to Consider |
| Sample Material |
Will the instrument analyze metals, alloys, jewelry, minerals, coatings, soil, powders or electronic components? |
| Elements of Interest |
Which elements must be detected and what concentration range is expected? |
| Qualitative or Quantitative Analysis |
Is simple element identification sufficient, or are accurate concentration results required? |
| Instrument Format |
Is a benchtop laboratory instrument required, or must testing be performed on-site with a handheld or portable analyzer? |
| Detection Requirements |
What detection limits, repeatability and measurement accuracy are required for the application? |
| Sample Size and Shape |
Will the samples fit inside a measurement chamber, or must large components be inspected directly? |
| Testing Speed |
How many samples must be analyzed per shift or working day? |
| Coating Measurement |
Is elemental analysis required alone, or must the instrument also determine coating thickness? |
| Software and Reporting |
Are quantitative calibration, spectrum display, result storage, report generation and data export required? |
| Operating Environment |
Will the instrument be used in a laboratory, factory, mine, recycling facility, jewelry shop or outdoor inspection location? |
Representative AELAB XRF Product Families
AELAB Benchtop and Desktop XRF Spectrometer Series
Designed for controlled laboratory and industrial elemental analysis of metals, alloys, minerals, powders and other prepared samples. Different models are available according to testing range, detector configuration, sample chamber and analysis requirements.
AELAB Precious-Metal XRF Analyzer Series
Developed for rapid composition testing and purity verification of gold, silver, platinum, jewelry and precious-metal alloys in laboratories, manufacturing facilities, recycling centers and commercial testing environments.
AELAB Handheld XRF Analyzer Series
Portable solutions for field inspection, alloy identification, scrap sorting, positive material identification and direct analysis of components that cannot be placed inside a conventional sample chamber.
AELAB Portable and Mobile XRF Spectrometer Series
Suitable for users who need to transport the XRF system between production areas, testing locations, warehouses, laboratories and industrial inspection sites.
AELAB Mineral and Mining XRF Analyzer Series
Designed for rapid geological and mineral screening of ores, rocks, soil and exploration samples during field surveys, mining operations and laboratory material characterization.
AELAB Coating-Thickness and Material-Screening XRF Systems
Configured for elemental composition testing, metallic-coating evaluation and screening applications in electronics, surface finishing, manufacturing and industrial quality control.

View the complete AELAB XRF spectrometer range, available models and technical specifications
Why Choose AELAB XRF Spectrometers?
- Benchtop, desktop, handheld, portable and mobile XRF configurations
- Solutions for laboratory, industrial and field elemental analysis
- Models for precious metals, alloys, minerals and industrial materials
- Qualitative and quantitative elemental-analysis options depending on model
- Systems for coating-thickness measurement and material screening
- Multiple detector, sample-chamber and software configurations
- Technical model-selection assistance before quotation
- International supply, export packaging and shipping support
- Application-based configuration and accessory recommendations
Information to Provide When Requesting an XRF Quotation
To receive a more accurate model recommendation, provide the following information to the AELAB technical sales team:
- Sample material and physical form
- Elements that must be detected
- Expected concentration or measurement range
- Required detection limit and accuracy
- Qualitative or quantitative testing requirements
- Benchtop, handheld or portable instrument preference
- Typical sample dimensions and testing frequency
- Coating-thickness measurement requirements, when applicable
- Required software, report and data-export functions
- Destination country and local power supply
About AELAB
AELAB is a laboratory equipment brand and supplier based in Guangzhou, China. AELAB provides analytical instruments, laboratory equipment and quality-control solutions for distributors, universities, research organizations, testing laboratories and industrial customers worldwide.
The AELAB product portfolio includes elemental-analysis instruments, spectrometers, laboratory equipment, environmental testing systems, pharmaceutical testing instruments, sample-preparation equipment and application-specific laboratory solutions.
Official website: www.aelabgroup.com
Frequently Asked Questions
What types of XRF spectrometers does AELAB supply?
AELAB supplies benchtop, desktop, handheld, portable and mobile XRF instruments, including models for precious-metal analysis, alloy identification, mineral testing, coating measurement and multi-element material analysis.
Can an XRF analyzer determine gold purity?
Selected precious-metal XRF analyzers can measure the elemental composition of gold and related alloys. The appropriate model should be selected according to the required elements, concentration range, sample size and accuracy.
What is the difference between handheld and benchtop XRF?
Handheld XRF analyzers are designed for portable and direct on-site testing. Benchtop instruments provide a fixed and controlled testing platform and are often selected for routine laboratory measurement and quantitative analysis.
Can XRF be used for alloy identification?
Yes. Suitable XRF analyzers can identify and compare the elemental composition of many metal alloys and are commonly used for material verification, incoming inspection, production control and scrap sorting.
Can XRF instruments test minerals and mining samples?
Selected handheld, portable and benchtop XRF models can be configured for screening ores, rocks, soil and mineral samples. The correct configuration depends on the elements of interest and the required detection range.
Does XRF require sample preparation?
Some samples can be measured directly, while powders, minerals and heterogeneous materials may require grinding, homogenization, pellet preparation or fusion to improve repeatability and quantitative accuracy.
Can AELAB recommend an XRF model for my application?
Yes. Send the sample type, elements of interest, expected concentration range, required detection limit, testing location, preferred instrument format and destination country. The AELAB team can recommend suitable models and prepare a quotation.
Request an AELAB XRF Model Recommendation, Price and Technical Proposal
Tell the AELAB technical sales team which materials and elements you need to analyze. Suitable XRF models can then be compared according to the required measurement range, detector configuration, sample size, portability, testing speed and analysis method.
The technical proposal can include recommended models, specifications, available accessories, software functions, delivery time, export packaging and shipping information.
View AELAB X-Ray Fluorescence Spectrometer Models
Email: info@aelabgroup.com
WhatsApp / WeChat: +86 158 0001 6110
Website: www.aelabgroup.com