Impedance spectroscopy for material characterization
Dielectric properties, conductivity and structural dynamics across polymers, ceramics, powders, thin films and liquids — from the bench to inline monitoring.
For: Battery R&D and ageing studies · Corrosion & coating analysis · Electrochemical sensors
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.
High-frequency dielectric spectroscopy
Ultra-fine resolution sweeps across many decades of frequency, capturing relaxation processes, charge transport and interfacial polarisation with the dynamic range needed for modern materials research.
Adapters for every sample format
Modular adapters and customisable fixtures for foils, gels, liquids, powders and solid-state samples. Combine with environmental chambers for temperature and humidity dependent studies.
From bench to inline monitoring
Seamless scaling from benchtop measurements to industrial inline process analytics. Full automation via API control — ready for integration in lab automation, robotics and process control.
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.
Polymer development
Polymer development
Battery & electrolyte
Battery & electrolyte research
Ceramics and composites
Ceramics and composites
Sensor R&D
Sensor R&D
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.
High-frequency dielectric spectroscopy
Ultra-fine resolution sweeps across many decades of frequency, capturing relaxation processes, charge transport and interfacial polarisation with the dynamic range needed for modern materials research.
Adapters for every sample format
Modular adapters and customisable fixtures for foils, gels, liquids, powders and solid-state samples. Combine with environmental chambers for temperature and humidity dependent studies.
From bench to inline monitoring
Seamless scaling from benchtop measurements to industrial inline process analytics. Full automation via API control — ready for integration in lab automation, robotics and process control.
Non-destructive moisture detection in concrete
A research partner used the Sciospec ISX-3 to quantify moisture in concrete structures — supporting safer, data-driven decommissioning of nuclear power plants.
Challenge
Assess moisture inside dense concrete without cores or destructive sampling, at a precision that can drive decommissioning decisions.
Sciospec role
Sciospec provided the ISX-3 impedance analyzer and measurement guidance to translate dielectric spectra into a reliable moisture readout.
Result
The team obtained reproducible in-situ moisture maps and a workflow that scales from lab specimens to real structures.
Why it matters
Impedance spectroscopy turned a destructive lab test into a non-destructive field measurement — that is what makes it decision-ready.
Dielectric Spectrum
The measurement architecture behind material science
Understanding the electrical behaviour of materials is key to advancing innovation in energy storage, composites, electronics and nanotechnology. With Sciospec’s powerful impedance-based systems you can precisely measure dielectric properties, conductivity and structural dynamics across a wide range of materials and formats.
Covers: High-frequency dielectric spectroscopy · Adapters for every sample format · From bench to inline monitoring
Polymer development
Discuss your project with our team
Get in touch with us
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Headquarters
Sciospec Scientific Instruments GmbH
Leipziger Str. 43b
04828 Bennewitz, Germany
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