Electrochemical research can answer many different questions; from how quickly a metal corrodes to how a battery, coating or catalyst performs. Getting reliable results starts with equipment that matches the experiment.

Gamry Instruments provides electrochemical technologies for corrosion, energy storage, coatings, fuel cells and research applications. At ARABLAB LIVE 2026, Business Communications LLC will present selected Gamry solutions designed for different testing and measurement needs.

Electrochemical Technologies for Different Research Needs

One laboratory may need a flexible potentiostat for everyday measurements, while another may need parallel cell testing, controlled electrode rotation or greater sensitivity.

Gamry addresses these requirements through a range of electrochemical workstations and supporting technologies.

Interface 1010E: Flexible Electrochemical Testing

The Gamry Interface 1010E is a potentiostat/galvanostat/ZRA supporting techniques including cyclic voltammetry, corrosion measurements and electrochemical impedance spectroscopy.

This electrochemical workstation can be used for:

• Corrosion testing
• Battery testing
• Fuel-cell studies
• EIS testing
• Cyclic voltammetry
• Electrochemical characterization

Its flexibility makes it useful for laboratories handling different types of electrochemical experiments.

Multichannel Potentiostat: More Tests at the Same Time

When several cells or samples need to be studied, testing them one by one can slow down research.

A Gamry multichannel potentiostat allows multiple channels to perform experiments independently or simultaneously.

It can support:

• Battery cell testing
• Corrosion monitoring
• Coating testing
• Sensor research
• Supercapacitor studies

This makes parallel electrochemical testing more practical when laboratories need to increase experimental capacity.

RxE 10k: Controlled Rotation for Electrochemical Research

Some experiments require precise control over how material reaches the electrode surface.

The Gamry RxE 10k rotating electrode supports rotating disk and rotating ring-disk configurations for applications such as:

• Catalyst studies
• Fuel-cell research
• Corrosion testing
• Mass-transport studies

For researchers working with an RDE system or RRDE system, controlled rotation provides an important part of the experimental setup.

Reference 620: For More Demanding Measurements

Some research requires faster measurements or greater sensitivity at low currents.

The Reference 620 potentiostat is designed for demanding electrochemical work, including:

• Fast cyclic voltammetry
• Low-current measurements
• Corrosion studies
• Coatings
• Sensors
• Electrochemical impedance spectroscopy

It provides another option for laboratories whose experiments go beyond general-purpose electrochemical measurements.

Build the Setup Around the Experiment

Choosing electrochemical equipment becomes easier when the experiment comes first.

Is the laboratory studying corrosion or coatings? Testing several battery cells? Measuring fast reactions? Using EIS? Or controlling electrode rotation for catalyst research?

Each requirement can lead to a different setup.

Start with What You Need to Measure

Before selecting equipment, consider:

• What type of electrochemical study is being performed?
• Is EIS required?
• Will one or several cells be tested?
• Is controlled electrode rotation needed?
• Are fast or low-current measurements important?

These questions help connect the instrument to the actual research rather than comparing specifications alone.

Take a Closer Look at Electrochemical Research at ARABLAB

Electrochemical experiments can become complex when different techniques, samples and measurement conditions are involved. Seeing the available technologies together can make it easier to understand how each capability contributes to the research process.

At Sheikh Saeed Hall 1, Stand SSH1-B40, visitors can:

• Learn how different electrochemical measurements are approached
• Understand options for single-cell and parallel testing
• See where controlled electrode rotation becomes important
• Look at solutions for corrosion, batteries, coatings and catalyst research
• Speak with the BCL team about their specific experimental requirements

For visitors attending ARABLAB LIVE 2026, the BCL stand offers a practical introduction to Gamry's electrochemical technologies and the different research possibilities they support.

Visit Business Communications LLC at Sheikh Saeed Hall 1, Stand SSH1-B40, from 26–28 October 2026 at Dubai World Trade Centre.