Laboratories may need to measure very different things from one sample to another. Some focus on routine ion analysis, while others need to detect halogens, chromium species or trace metals at much lower levels.

Prin-Cen Scientific develops chromatography and trace-analysis technologies for these different needs. Its systems cover ion chromatography, combustion IC, ultra-trace hexavalent chromium testing and automated trace-metal preconcentration, giving laboratories different tools for different levels of analysis.

From Routine Ion Analysis to More Specialized Testing

The type of system needed depends on what the laboratory is trying to detect and how complex the sample is.

At ARABLAB 2026, Business Communications LLC will present selected Prin-Cen technologies at Sheikh Saeed Hall 1, Stand SSH1-B40, giving visitors reviewing scientific equipment exhibitors ARABLAB an opportunity to understand how different systems fit different analytical requirements.

IC-50 Super: A Flexible Platform for Ion Analysis

The IC-50 Super Ion Chromatography System is designed as an open, multifunctional platform for routine and more advanced ion analysis.

Prin-Cen positions the system for work involving standard ion chromatography, complex samples and ultra-trace ion detection. It can also be configured with different sample-preparation and detector options depending on the application.

The IC-50 can support work involving:

• Anion and cation analysis
• Water and environmental samples
• Complex sample matrices
• Routine ion chromatography
• Trace and ultra-trace ion analysis

For laboratories using an ion chromatography system, the IC-50 provides flexibility when testing needs extend beyond one fixed method.

CIC-200: When the Sample Needs Combustion Before Ion Analysis

Some samples cannot be analysed directly by conventional IC.

The CIC-200 Combustion Ion Chromatography System combines sample combustion with ion chromatography. Prin-Cen states that the system supports analysis of total halogens such as fluorine, chlorine, bromine and iodine, as well as total sulfur.

The system includes automated stages for:

• Sample introduction
• Pyrolysis and combustion
• Collection
• Ion separation
• Data processing

This makes combustion ion chromatography useful for samples that first need to be broken down before the target ions can be measured.

ELSpe-2 Cr(VI): Focusing on Ultra-Trace Hexavalent Chromium

Hexavalent chromium testing requires a more targeted approach.

The ELSpe-2 Ultra Trace Hexavalent Chromium Analyzer is designed specifically for Cr(VI) analysis. Prin-Cen positions it for samples such as water, soil, solid waste, toys, leather and food, with automated IC-UV/VIS analysis for low-level detection.

This makes the system relevant for laboratories carrying out:

• Hexavalent chromium testing
• Chromium VI analysis
• Environmental monitoring
• Regulatory testing
• Ultra-trace Cr(VI) analysis

For laboratories needing a dedicated Cr(VI) analyzer, the value comes from using a system built around that specific measurement rather than adapting a general-purpose instrument.

ELSpe-2 PreCon: Preparing Trace Metals Before Measurement

Trace-metal analysis can become difficult when the target concentration is very low or the sample contains a heavy matrix.

The ELSpe-2 PreCon is an automated preconcentration and matrix-removal system designed to enrich trace metals before downstream analysis. Prin-Cen highlights the system for trace heavy-metal and rare-earth-element work, including difficult high-salt matrices.

It can help laboratories with:

• Trace-metal preconcentration
• Matrix removal
• High-salt sample preparation
• Rare-earth analysis
• Ultra-trace element workflows

This gives laboratories another route when the main challenge is not only detecting the element, but preparing the sample so it can be measured more effectively.

Match the System to the Level of Analysis Required

The difference between these systems becomes clearer when the laboratory starts with the target.

Routine ions, combustion-based halogen analysis, Cr(VI), and trace metals all require different approaches.

A general IC system may be suitable for one job, while a dedicated analyzer or preconcentration system may be more appropriate for another.

Start with What You Need to Detect

A few practical questions can help narrow the choice:

• Are you measuring routine anions or cations?
• Does the sample require combustion before analysis?
• Is ultra-trace Cr(VI) the target?
• Are trace metals present at very low concentrations?
• Does the sample contain a difficult matrix such as high salt?
• Is automated sample preparation important?

In simple terms:

• IC-50 Super supports flexible ion chromatography.
• CIC-200 combines combustion with IC for halogen and sulfur analysis.
• ELSpe-2 Cr(VI) focuses on ultra-trace hexavalent chromium.
• ELSpe-2 PreCon supports trace-metal enrichment and matrix removal.

This makes the selection process easier when the laboratory begins with the analyte and sample type rather than the instrument name.

See Different Analytical Workflows at ARABLAB

At Sheikh Saeed Hall 1, Stand SSH1-B40, BCL will bring these Prin-Cen technologies together so visitors can look at different stages of ion and trace analysis in one place.

Visitors can gain a clearer view of:

• Routine ion chromatography
• Combustion IC
• Ultra-trace Cr(VI) analysis
• Trace-metal preconcentration
• Matrix-removal workflows
• Different approaches for complex samples

For professionals reviewing scientific equipment exhibitors ARABLAB, the stand offers a practical way to understand how the testing requirement changes as laboratories move from routine ion analysis to more specialized trace and ultra-trace work.

Visit Business Communications LLC at Sheikh Saeed Hall 1, Stand SSH1-B40, from 26–28 October 2026 at Dubai World Trade Centre to learn more about Prin-Cen Scientific technologies for ion chromatography and trace analysis.