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Potentiostat
Ultimate Line NEW
MegaEISâ„¢ Architecture in 4 Quadrants.
High-Speed 3-Channel Acquisition.
True Parallel Processing for Demanding Electrochemical R&D
Standard high-current systems often bottleneck when testing large-format cells. The Ultimate Line overcomes this by integrating the true parallel processing of our MegaEIS platform into a heavy-duty 4-quadrant potentiostat. It delivers up to ±100 A while utilizing 3 independent measuring channels for simultaneous data acquisition. Alongside full-range EIS up to 100 kHz, the system delivers the continuous power required for fuel cell, battery, and electrolyzer R&D, with a precise data acquisition rate of 1.25 MSps.
Drive your experiments with the included Artemis — Kolibrik measurement software. It provides robust automation, precise parameter control, and advanced scripting capabilities, ensuring your team maximizes data output without fighting the setup.
World-Class Power, Globally Trusted. Precision to the decimal is our baseline. That’s why the global electrochemical leader, Gamry Instruments, partners with us to offer Kolibrik potentiostats. This synergy of robust high-current hardware and world-class expertise delivers a dependable, high-ROI for gigafactories and research labs worldwide.
Help Me Choose
PDF DatasheetThe Ultimate Hardware Upgrades
MegaEISâ„¢
Architecture
Built on our flagship platform. True parallel processing and high-speed data acquisition packed into a standalone 4-quadrant setup.
True Parallel Measurement
3 independent voltage channels measuring simultaneously. Zero multiplexing and no switching delays.
Up to 1.25 Msps
Acquisition
High-speed sampling captures rapid transients and executes advanced methods like pseudorandom EIS.
Advanced Connectivity & Sync
Trigger IN/OUT for external sync, dual-channel thermal inputs, and Ethernet for robust remote control.
Deployment Scenarios
Simultaneous Multi-Cell Diagnostics
Ideal for redox-flow batteries and short stacks. Measure up to 3 cells at once under identical load conditions without multiplexing errors.
High-Speed Transient Analysis
Leverage the 1.25 Msps sampling rate to capture rapid degradation events and fast electrochemical responses in advanced battery R&D.
Synchronized In-Operando Testing
Use the built-in Trigger IN/OUT to seamlessly sync your electrochemical methods with external oscilloscopes, custom pulse generators, or third-party DAQ systems.
Large-Format SOFC/SOEC Scale-Up
Deliver sustained high currents for solid oxide cells and electrolyzers while natively logging synchronized thermal data to prevent overheating.
Artemis – Kolibrik Measurement Software
To run your experiments, you’ll use Artemis — Kolibrik Measurement Software – measurement and control app that manages everything from test sequencing to real-time data acquisition and visualization. Just connect the Potentiostat, choose your method, and let the science begin.
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.
Kolibrik Potentiostat Key Features
High Current Measurement
Potentiostat/Galvanostat provides wide measurement range up to ±10 V and ±100 A.
Excellent Accuracy
High accuracy and precision in both potentiostatic and galvanostatic measurement mode.
Designed for EIS
Potentiostats are designed for EIS analysis of single fuel cells, electrolyzers, or batteries.
True 4-Quadrant Operation
Complete control by acting as both a power source and an electronic load, enabling full-cycle testing.
Not Sure Which Architecture Fits Your Lab?
Whether you are choosing between our standard potentiostat lines or need custom system integration for large-format cells.
Send us your current, voltage, and channel requirements. Our engineering team will review your application and recommend the exact hardware setup you need.
Want to see how this fits into your wider R&D?
Learn how Kolibrik Potentiostats tackle the daily demands of your lab, delivering high-current stability and pinpoint accuracy across fuel cells, electrolyzers, batteries, and beyond. Check out our case studies for a quick look at who uses our gear and the specific applications they focus on.