Electrochemistry & batteries

EIS platforms for electrochemical & battery research

Modular EIS workflows for battery development, corrosion analysis and electrochemical sensor design — paired with potentiostat / galvanostat instruments.

For: Battery R&D and ageing studies · Corrosion & coating analysis · Electrochemical sensors

Find your starting point

Which situation fits your project best?

Every workflow starts somewhere different. Pick the scenario that matches what you’re trying to do — we’ll route you to the right hardware, adapter and reference design.

True modular EIS integration

Combine impedance spectroscopy with external potentiostat / galvanostat systems — including the high-performance CSX-64 multichannel potentiostat — for complete EIS workflows with scalable channel counts.

Flexible sample environments

Support for custom electrode setups, corrosion cells, electrochemical sensors and full battery test fixtures. Adapt the measurement environment to your chemistry, not the other way around.

Broad frequency & channel scaling

Conduct both low-frequency relaxation studies and high-speed transient measurements across single or multichannel architectures. The same hardware family scales from a single coin-cell to large parallel battery test farms.

Not sure which fits? Talk to an engineer — we’ll map your assay to the right hardware in one call.

Stop guessing between endpoints.

Start monitoring continuously.

Most cell assays force you to pick between staining, dilution and endpoint readouts. Impedance gives you a continuous, label-free signal in the same well — without disturbing the sample.

Battery R&D and

Battery R&D and ageing studies

Corrosion & coating

Corrosion & coating analysis

Electrochemical sensors

Electrochemical sensors

Bio-electrochemistry

Bio-electrochemistry

Method deep cuts

How impedance translates biology into data

Different impedance regimes report on different biological features. Combine them and you get a structural and functional fingerprint in a single sweep.

Method 01

True modular EIS integration

Combine impedance spectroscopy with external potentiostat / galvanostat systems — including the high-performance CSX-64 multichannel potentiostat — for complete EIS workflows with scalable channel counts.

Method 02

Flexible sample environments

Support for custom electrode setups, corrosion cells, electrochemical sensors and full battery test fixtures. Adapt the measurement environment to your chemistry, not the other way around.

Method 03

Broad frequency & channel scaling

Conduct both low-frequency relaxation studies and high-speed transient measurements across single or multichannel architectures. The same hardware family scales from a single coin-cell to large parallel battery test farms.

Reference case

High-resolution EIS from battery innovation to biosensors

Recent scientific work uses the Sciospec ISX-3 to deliver the impedance resolution needed for next-generation battery chemistries and biosensor development.

Challenge

Electrochemistry teams need one analyzer that keeps up with fast transients in batteries and the low-signal regimes typical of biosensors.

Sciospec role

Sciospec's ISX-3 provides the frequency range, dynamic range and API control to cover both regimes in a single measurement platform.

Result

Researchers moved from prototype measurements to reproducible EIS workflows that support publication-grade data across projects.

Why it matters

The same instrument that resolves a battery interface has to resolve a biosensor signal — that dual-use is why teams standardize on our EIS platform.

EIS Analyzer

Technical deep dive

The measurement architecture behind electrochemistry & batteries

From battery development and corrosion analysis to electrochemical sensor design, impedance-based measurement has become a cornerstone of electrochemical research. Sciospec systems provide the flexibility and precision required to explore dynamic interfaces, reaction kinetics and material degradation in real time.

Covers: True modular EIS integration · Flexible sample environments · Broad frequency & channel scaling

True modular EIS integration

Combine impedance spectroscopy with external potentiostat / galvanostat systems — including the high-performance CSX-64 multichannel potentiostat — for complete EIS workflows with scalable channel counts.

Flexible sample environments

Support for custom electrode setups, corrosion cells, electrochemical sensors and full battery test fixtures. Adapt the measurement environment to your chemistry, not the other way around.

Broad frequency & channel scaling

Support for custom electrode setups, corrosion cells, electrochemical sensors and full battery test fixtures. Adapt the measurement environment to your chemistry, not the other way around.

Also worth knowing
In this section

Table of Contents

Key takeaway

Battery R&D and ageing studies

Related products

Recommended systems

CSX-64

One instrument. All techniques.

Explore

ISX-5

Scalable. Flexible. Fast. Multichannel EIS, in parallel.

Explore

ISX-3

Class-leading impedance analyzer

Explore

Discuss your project with our team

We’ll help you scope the right hardware, channel count and adapter — usually within one call.

Get in touch with us

Headquarters

Sciospec Scientific Instruments GmbH Leipziger Str. 43b 04828 Bennewitz, Germany

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