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Artemis

Kolibrik Measurement Software

Upgrade Your Lab Experience!

Artemis is the measurement and control app for the Kolibrik Potentiostat. It gives you full control over testing fuel cells, batteries, electrolyzers, and supercapacitors – from setting up methods to collecting and visualizing your data in real time. 

With a clear and intuitive graphical interface, you can easily define test sequences the way you need them. Set up method trees, customize sampling frequency and measurement ranges in different experiment phases—all without writing a single line of code.

It is included as a standard part of the delivery of the Kolibrik Potentiostat.

Effortless Method Sequencing

Design complex experiments by combining multiple electrochemical methods into a single sequence.

Intuitive User Interface

Navigate your experiments with ease using a clear experiment tree, action buttons, and real-time data visualization.

Flexible Data Management

Save and load experiment settings and data effortlessly, with options to export your results to CSV for convenient analysis.

Precise Control & Customization

Each method and step allows for individual device settings, ensuring precise control over your measurement parameters.

What can Artemis do?

  • EIS made easy – Measure impedance, voltage, current, and phase shift with precision. See your results in real-time charts as the experiment runs.
  • Sequence effortlessly – Create complex measurement procedures with a few clicks. The GUI lets you build step-by-step protocols intuitively using a method tree structure.
  • Flexible control – Define your own sampling frequency and measurement ranges for each phase of your experiment.
  • Import & export without barriers – Easily export your data and experiment setups to .csv or share entire experiment configurations with colleagues. Just as easily, you can import previously saved experiments or methods for repeatable and collaborative work.
  • DUT protection – Artemis actively protects your device under test (DUT) from damage, especially in sensitive or long-duration experiments.
  • Smart alarms & error reporting – Get clear visual feedback, alerts, and precise error messages. Know exactly when something needs attention.
  • Stability under pressure – Optimized for long-term and high-resolution tests, with up to 31× faster sampling rates than previous versions.
  • One-click support – Generate a complete diagnostic package and send it to our support team with a single click.

Inside the GUI

Built-in measurement methods

Voltammetry & Amperometry

Cyclic Voltammetry Measure current with cycling voltage value between two vertexes.
Cyclic Amperometry Measure voltage with cycling current value between two vertexes.
Linear Sweep Voltammetry Measure current as the voltage changes linearly between the initial and final values, determined by the defined slope.
Linear Sweep Amperometry Measure voltage as the current changes linearly between the initial and final values, determined by the defined slope.

Constant Modes

Constant Voltage Measure current with constant voltage.
Constant Current Measure voltage with constant current.

Step & Pulse Techniques

Chronopotentiometry
Measure voltage response to constant current pulse.
Chronoamperometry
Measure current response to constant voltage pulse.
Double step Chronopotentiometry
Measure voltage response to 2 constant current pulses.
Double step Chronoamperometry
Measure current response to 2 constant voltage pulses.
Square Pulse Amperometry
Measure current as response to the voltage square waves.
Square Pulse Potentiometry
Measure voltage as response to the current square waves.

Other Standard Techniques

Open Circuit Voltage
Measure voltage at zero current.
Current Interrupt
Measure voltage as the current drops from defined setpoint to zero.

Battery Charging Methods

Charge CC-CV
Charges battery with constant current and constant voltage.
Discharge CC-CV
Discharges battery with constant current and constant voltage.

Electrochemical Impedance Spectroscopy (EIS)

Potentiostatic EIS
Measure impedance at range of frequencies using voltage excitation.
Galvanostatic EIS
Measure impedance at range of frequencies using current excitation.
Potentiostatic SF-EIS
Measure impedance at single fixed frequency using voltage excitation.
Galvanostatic SF-EIS
Measure impedance at single fixed frequency using current excitation.

Recommended system requirements

  • Operating System:  Microsoft® Windows™ 11 (64-bit, x86 platform – Intel® compatible) 
  • Processor: Quad-core CPU
  • Memory: 16 GB RAM
  • Storage: 30 GB of free disk space
  • Connectivity: USB 2.0 port (required for Kolibrik Potentiostat), network connection optional (e.g. for remote GUI access)



Potentiostat Product Family Overview