Laboratories working with metals, minerals and industrial materials often need different information from a sample. Some need to identify which elements are present, while others need to verify metal composition or understand crystalline phases and material structure.

This is where Thermo Fisher Scientific solutions bring practical value. With XRF, OES and XRD technologies for different testing needs, the range helps laboratories examine elemental composition, analyse metals and alloys, and study material phases and structure.

Different Technologies for Different Material Questions

Selecting the right instrument starts with understanding what information is needed from the sample.

XRF helps identify and measure elements in different materials. OES provides detailed information about metals and alloys, while XRD helps investigate crystalline phases and structure.

At ARABLAB 2026, Business Communications LLC will showcase selected Thermo Fisher Scientific systems at Sheikh Saeed Hall 1, Stand SSH1-B40, giving visitors to the Arab Lab Exhibition an opportunity to understand where each technology can be used.

Understanding Elemental Composition with ARL X900 XRF

For laboratories working with metals, cement, minerals and other industrial materials, knowing the elemental composition can be important for production and quality control.

The Thermo Scientific ARL X900 XRF Spectrometer is a sequential and simultaneous WDXRF spectrometer designed for fast and precise measurement.

It can support applications such as:

• Metals and alloy testing
• Cement and raw-material testing
• Mining and mineral applications
• Process monitoring
• Quality control

For laboratories performing XRF elemental analysis, the ARL X900 provides a practical way to identify elements and measure their concentrations.

This can help teams obtain the information needed for routine testing and production decisions.

Accurate Metal Composition with ARL iSpark Plus OES

In metal production and processing, even small differences in composition can affect whether a material meets the required specification.

This makes accurate elemental analysis of metals important for foundries, metal manufacturers, quality-control laboratories and recycling operations.

The ARL iSpark Plus Series Optical Emission Spectrometer is designed for testing solid metals and alloys.

As a spark OES spectrometer, it can support:

• Steel testing
• Aluminium testing
• Alloy verification
• Foundry quality control
• Metal production
• Metals recycling

For laboratories looking for an optical emission spectrometer, the ARL iSpark Plus provides a practical way to check metal composition and verify material quality.

Exploring Material Phases and Structure with ARL X’TRA Companion XRD

Knowing which elements are present does not always provide the complete picture.

Teams may also need to identify crystalline phases, examine crystal structure or understand the mineral composition of a sample.

The ARL X'TRA Companion Benchtop X-Ray Diffractometer addresses these needs through X-ray diffraction.

This benchtop XRD can be used for:

• XRD phase analysis
• Crystalline phase analysis
• Crystal structure analysis
• Mineral phase identification
• Raw-material characterisation
• Research and quality control

For XRD material analysis, the system helps reveal how a material is structured rather than only showing which elements it contains.

Together, the three technologies provide different views of a material—from its elemental content and metal composition to its crystalline phases and structure.

Find the Right Approach at ARABLAB 2026

The right choice depends on the sample, the application and the information needed.

A metal manufacturer may need to verify alloy composition. A mining facility may need elemental or mineral information. A quality-control team may need to check whether a material meets the required specification.

At ARABLAB Dubai 2026, visitors can understand these differences and consider which option best fits the work they perform.

What Should You Consider Before Choosing XRF, OES or XRD?

Although all three technologies are used for material testing, they answer different questions.

Before selecting an instrument, consider:

• What type of sample needs to be tested?
• Which elements or phases need to be identified?
• Is detailed metal composition required?
• Is the focus on elemental content or crystal structure?
• How quickly are results needed?
• Will the equipment be used for research, production control or routine QA/QC?
• Is an existing instrument being replaced, or is a new capability being added?

These questions can help determine whether an XRF analyzer, OES system or XRD instrument is better suited to the intended work.

Why Visit the BCL Stand at ARABLAB 2026?

A datasheet provides specifications and instrument capabilities. Choosing the right system, however, also requires understanding the sample, workflow and expected results.

At Sheikh Saeed Hall 1, Stand SSH1-B40, visitors can speak with the BCL team about:

• Their current testing challenges
• The most suitable technology for their samples and applications
• New laboratory setups or equipment upgrades
• Integration with existing workflows
• Installation and commissioning
• Application guidance

With experience in scientific instrumentation, BCL can help customers look beyond individual product specifications and consider how the equipment will work within their day-to-day operations.

For professionals attending the Arab Lab Exhibition, a visit to the stand provides an opportunity to see selected solutions, speak with the team and get practical guidance before making an equipment decision.

Visit Business Communications LLC at Sheikh Saeed Hall 1, Stand SSH1-B40, from 26–28 October 2026 at Dubai World Trade Centre to explore Thermo Fisher Scientific solutions and discuss your testing needs with the BCL team.