Understanding a material often requires more than looking at its surface. Researchers may need to identify its chemical composition, study molecular structure, map different components or analyse samples that cannot easily be moved into a conventional laboratory setup.

Renishaw Raman technologies provide different ways to access this information. From automated Raman microscopy and high-resolution confocal analysis to SEM integration and remote fibre-optic measurements, the range supports laboratories working across materials science, pharmaceuticals, semiconductors, polymers and industrial research.

Raman Technologies for Different Types of Analysis

Raman spectroscopy can reveal chemical and structural information without requiring the same approach for every sample.

At ArabLab Live 2026, Business Communications LLC will showcase selected Renishaw solutions at Sheikh Saeed Hall 1, Stand SSH1-B40, giving visitors comparing arablab exhibitors 2026 an opportunity to understand how different Raman systems fit different applications.

Strada: Making Raman Analysis More Accessible

Advanced Raman analysis can sometimes require experienced users and several setup steps.

The Strada® Intelligent Raman Microscope is designed to simplify this process through enhanced automation and workflow-based Raman Workspace™ software. Renishaw positions it for industrial and multi-user laboratories that need reliable Raman analysis without making every user a spectroscopy specialist.

The system can support:

• Chemical identification
• Materials analysis
• Quality-control applications
• Polymer research
• Pharmaceutical studies
• Semiconductor analysis

For laboratories looking for an automated Raman microscope, Strada provides a more guided route from measurement to result.

inVia: High-Resolution Raman for Detailed Research

Some applications need greater flexibility and more detailed Raman investigation.

The inVia™ confocal Raman microscope is a research-grade platform designed for high spatial resolution, Raman mapping and advanced material characterization. It supports confocal measurements and can be configured with different lasers, detectors and accessories for varied research needs.

It can support work involving:

• Raman mapping
• Confocal Raman spectroscopy
• Polymers
• Advanced materials
• Pharmaceuticals
• Semiconductors
• Research and development

For laboratories carrying out Raman spectral imaging or detailed material studies, inVia provides a flexible research platform.

inLux: Adding Raman Information Inside the SEM

A scanning electron microscope can show detailed morphology, but it does not always explain the chemistry behind what is being seen.

The inLux™ SEM Raman interface brings Raman capability directly into the SEM chamber. This allows Raman and SEM information to be collected from the same sample location without moving the sample between instruments.

This can help researchers combine:

• SEM imaging
• Raman chemical information
• 2D and 3D Raman imaging
• Material distribution studies
• Contamination analysis
• Correlative material characterization

For teams working with SEM Raman spectroscopy, this creates a direct link between structure and chemistry.

Virsa: Taking Raman Analysis Beyond the Microscope

Not every sample can be placed under a laboratory microscope.

Large components, moving samples, industrial surfaces or objects that should not be moved may require another approach.

The Virsa™ Raman analyser uses fibre-optic probes to bring Raman measurement to the sample. Its LiveTrack™ technology can maintain focus on uneven, changing or moving surfaces, making it suitable for remote and in-situ Raman work.

Virsa can support:

• Large or immobile samples
• Industrial Raman analysis
• In-situ measurements
• Remote Raman spectroscopy
• Production-line studies
• Coatings and surface analysis

For laboratories or industrial teams dealing with difficult-to-move samples, the ability to take Raman measurement to the object can be a major advantage.

Match the Raman Method to the Sample

The right Raman system depends on more than the material itself.

The sample size, required resolution, measurement environment and type of information needed can all influence which system makes sense.

A multi-user laboratory may value automation. A research team may need high-resolution Raman mapping. An SEM user may want chemical information from the same area being imaged. An industrial team may need to analyse a large object in place.

Start with How the Sample Needs to Be Measured

A few simple questions can help narrow the choice:

• Does the sample fit under a microscope?
• Is high-resolution Raman mapping required?
• Does the laboratory need a more automated workflow?
• Is SEM and Raman correlation important?
• Does the sample need to remain in place?
• Is remote or in-situ Raman measurement required?

In simple terms:

Strada supports more automated Raman workflows.

inVia is suited to detailed research and high-resolution mapping.

inLux adds Raman information to SEM analysis.

Virsa takes Raman measurement to large, remote or difficult samples.

See Different Raman Workflows in One Place

At Sheikh Saeed Hall 1, Stand SSH1-B40, BCL will bring these Renishaw technologies together so visitors can look at Raman spectroscopy from different application angles.

Visitors can:

• Compare automated and research-focused Raman systems
• Understand how Raman can complement SEM imaging
• Look at options for large or immobile samples
• Discuss chemical imaging and material-characterization needs
• Consider Raman technologies for new or existing laboratory workflows

For professionals reviewing Arab Lab Exhibitors 2026, this provides a practical way to understand how one spectroscopy technique can be adapted to very different laboratory and industrial situations.

Visit Business Communications LLC at Sheikh Saeed Hall 1, Stand SSH1-B40, from 26–28 October 2026 at Dubai World Trade Centre to see how Renishaw Raman technologies can support different sample types, research goals and material-analysis requirements.