Precision in Electrochemistry
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Potentiostats for Electrochemistry & Photoelectrochemistry

Since 1976, the German company Zahner-Elektrik is developing and manufacturing innovative high-precision instruments such as potentiostats and galvanostats for all kinds of electrochemical and photoelectrochemical applications. Our multi-disciplinary team of developers is always in contact with users and at the same time at the front line of technology development.

Potentiostat customized to suit your needs.

Zahner potentiostats can be equipped with multiple plug and play addon cards, which introduce additional analog and digital in- & output signals. This modular function makes Zahner's potentiostats very flexible and allows the possibility to customize the potentiostat to suit the needs of its users.

The available extensions allow DC and AC measurements across a broad current range.

Remote control of ZENNIUM potentiostat

The ZENNIUM potentiostats can be incorporated in a C++, Python or LabView environment and can be operated remotely.

The C++ and Python libraries to control Zahner devices are available in our GitHub repository. In addition, multiple sample projects are also provided which users can adapt for their own experiments.

Explore Our Products

Potentiostats

ZENNIUM X

The ultimate high performance

DC voltage ranges: ±5 V and ±15 V

Current up to ±4 A over 12 current ranges

EIS frequency range from 10 µHz to 12 MHz

AC amplitude of 0 - 6 V or 0 - 2 A for EIS

Up to 17 parallel channels for EIS (4 PAD4 cards)

Switchable floating / grounded mode

ADF technology for fast CV (up to 10 kV/s)

ZENNIUM PRO

The all-purpose potentiostat

DC voltage ranges: ±5 V and ±15 V

Current up to ±3 A over 12 current ranges

EIS frequency range from 10 µHz to 8 MHz

AC amplitude of 0 - 6 V or 0 - 2 A for EIS

Up to 5 parallel channels for EIS (1 PAD4 card)

Switchable floating / grounded mode

ZENNIUM XC

The compact potentiostat

DC voltage ranges: ±5 V and ±14 V

Current up to ±2 A over 12 current ranges

EIS frequency range from 10 µHz to 5 MHz

AC amplitude of 0 - 6 V or 0 - 2 A for EIS

Switchable floating / grounded mode

Products for different applications

Applications

Zahner potentiostats are based on modular concept, which gives users freedom to customized their potentiostat to suit their needs.

Electrochemistry

Photoelectrochemistry & Photovoltaic

Power Applications

WHY US?

Our Strengths

Zweipol-Hilbert transformation

Zweipol-Hilbert transformation (Z-HIT) allows the detection of non-stationarity and mutual inductivity in the measured EIS spectrum. The limitation of Kramers-Kronig does not apply to Z-HIT which ensure a better evaluation of the measured EIS spectrum than Kramers-Kronig transformation. .

Non-linear frequency response analysis (NFRA)

For NFRA, a large excitation amplitude for impedance spectroscopy excites both the linear and the non-linear processes. Online Fourier transformation and signal processing allow to record these linear and non-linear response signals. These non-linear responses allow further insight in to the system under investigation than EIS.

Intelligent multi-sine

In intelligent multi-sine measurements, multiple excitation signals are generated simultaneously. This shortens the EIS measurement time without compromising the quality of the measurement.

C in CIMPS

Zahner's CIMPS system is developed for characterizing the PEC and PV systems. The CIMPS system ensures a constant and controlled light illumination during the measurement. Ability to precisely control the light intensity during the measurements makes the CIMPS one of its kind and much better setup than traditional setups for PEC or PV characterizations.

DEVELOP YOUR OWN EXPERIMENTS

Scripting and remote control

Zahner Script:

Simple scripts can be written to automize the measurements one after another. The user can define different conditions for the start of measurement or realize complex measurement procedures. An manual for scripting is provided in this manual.

Python integration:

The Zahner's potentiostats can be incorporated in a C++ or Python lab environment and can be used as stand-alone or in multi-channel configurations. For C++ and Python, GitHub repositories with the libraries and various examples are available.

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