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Learn more about EIS, the technology behind our groundbreaking devices and platform.
The Pulse Probe:
Industrial Electrochemical Analysis
The Pulse Probe enables real-time EIS diagnostics for industrial electrochemical systems without requiring shutdowns or disruptions. Its in-line, plug-and-play design integrates seamlessly into existing setups, providing accurate measurements across any scale or size.
Designed for industrial applications, the Pulse Probe delivers precise insights into performance, degradation, and operational parameters. Our electrochemical analysis solution empowers researchers and manufacturers to refine processes and enhance system performance without interrupting operations.
Features
Explore the Pulse Probe for Electrochemical Analysis
Features
Continuous Operation, Uncompromising Efficiency
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Real-Time Data Aquisition
The Pulse Probe captures real-time data, providing immediate insights into your system's performance during operation. Pulsenics' in-operando EIS ensures you can monitor processes seamlessly and respond to potential changes as they happen.
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Wide Frequency Bandwith
The Pulse Probe features wide frequency bandwidth, enabling analysis across numerous frequencies with fine resolution. This allows comprehensive data capture for deeper system understanding.
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Simultaneous Cell Measurements
The Pulse Probe enables simultaneous monitoring of hundreds of cells to save time and resources. By capturing cell measurements at the same time, Pulsenics' EIS supports rapid large-scale analysis.
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Low and High Power Capabilities
The Pulse Probe is designed with scalability in mind, supporting the measurement of a wide range of currents and voltages. This makes our equipment ideal for testing demanding electrochemical systems with precision and reliability.
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Characterization of Low and High Impedances
The Pulse Probe supports the characterization of both low and high impedances, providing accurate measurements across a wide range of systems. This ensures reliable analysis for diverse applications, from small-scale cells to large industrial stacks.
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Rapid Multi-Sine Excitations
The Pulse Probe’s advanced excitation algorithms deliver high-speed impedance measurements while maintaining measurement integrity across all frequencies, ensuring accurate and reliable electrochemical diagnostics.
Expand the Pulse Probe with our Cell Measurement Unit
Measure all your cells simultaneously
With its modular design, the Pulse Probe can be easily expanded with the Cell Measurement Unit, allowing for simultaneous cell measurements for hundreds of cells within a stack, module, or pack.
From small-cell research to full-scale production, do it all with Pulsenics
Accuracy for Low Impedance Cells
Electrochemical Impedance Spectroscopy for Characterizing Industrial Electrochemical Systems
In this paper, you will learn about:
The importance of Electrochemical Impedance Spectroscopy (EIS) for characterizing electrochemical systems.
How Pulsenics addresses the limitations of traditional EIS-measuring instruments for industrial electrochemical characterization.
Predicting Electrolyzer Failure
Early Warning for the Electrolyzer: Monitoring CO2 Reduction via In-Line Electrochemical Impedance Spectroscopy
In this paper, you will learn about:
The diagnostic nature of Electrochemical Impedance Spectroscopy (EIS) in identifying and categorizing failure modes.
The sensitive nature of EIS that enables early warning signs of failure.
