Electrochemical performance data, rapidly and in real-time

Electrochemical Impedance Spectroscopy for R&D and Production

Diagnostic
Plug-and-play
In-operando
Industries

Seamless Scale-Up: From R&D to Production

Accelerate QA/QC with Pulsenics' Rapid Electrochemical Impedance Spectroscopy

Achieve faster, more reliable QA/QC for electrochemical cells and stacks with Pulsenics' advanced EIS solutions. Unlike traditional methods that take hours or miss critical defects, Pulsenics' rapid EIS diagnostics deliver results in minutes, detecting subtle issues and accurately categorizing failure modes. Ensure every cell and stack meets quality standards with unparalleled diagnostic precision with our novel EIS solution.

Real-Time, In-Operando Electrochemical Diagnostics for Faster Innovation

Pulsenics empowers innovation in electrochemical research with advanced tools for optimizing cell design and operating conditions. Our technology enables simultaneous testing of cells and stacks, reducing measurement time while delivering precise, actionable insights. With real-time EIS analysis of complex impedance data, you can accurately evaluate material properties, degradation, and performance, minimizing trial-and-error. Our solution allows continuous monitoring of electrochemical behavior ensuring improved efficiency and durability. Pulsenics transforms how you interpret results from electrochemical experiments, driving faster breakthroughs and optimized performance.

Technology

Diagnose and Optimize Electrochemical Performance with Advanced Impedance Spectroscopy 

Products

Next-Gen Electrochemical Impedance Spectroscopy, Engineered for Innovation, Speed, and Scale

The Pulse Probe Series

Characterize the performance of your cells, stacks, modules and packs, in the lab or in your gigafactory. 

Simultaneous Multi-Cell Measurement
Rapid Multi-Sine Excitations
Accuracy Across a Wide Frequency Bandwidth
Scalable In-Operando EIS
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The Pulse Hub Platform

Centralize, visualize and correlate electrochemical data for meaningful decision-making.

Advanced Analytics
Real-Time Data Visualization
Automated Workflows
Remote Access
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Benefits

Set New Standards for Performance: Unlock Speed, Precision, and Reliability at Every Stage 

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The Pulsenics Difference
Catch defects in minutes not hours

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Diagnostic

Diagnose performance issues with precision by pinpointing the sources of loss and failure within your electrochemical cells. Gain deeper insights into material properties, degradation mechanisms, and operational inefficiencies for improved reliability and optimization.

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Non-destructive

Extract critical electrochemical insights without causing destruction or disruption, keeping cells and stacks intact for further testing. Pulsenics’ non-destructive approach delivers accurate, actionable data while preserving electrochemical system integrity and reducing downtime.

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Rapid

Pulsenics’ rapid electrochemical diagnostics enables defect detection in just minutes. With near-instant results and high-speed impedance spectroscopy, Pulsenics dramatically reduces testing time compared to traditional methods. Detect issues early to ensure peak performance and consistent quality.

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Scalable

Pulsenics’ scalable technology is built to adapt to projects of any size, from individual cells to large-scale stacks. Our solutions deliver consistent, reliable insights, empowering you to manage performance effectively and improve system functionality at every stage.

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Plug-and-play 

Seamlessly integrate Pulsenics' solutions into your existing setup with our easy-to-use plug-and-play design. Skip the need for complex adjustments or major architectural changes—our technology is built for quick deployment and immediate results.

News

Pulsenics in the News

Pulsenics and BioLargo Water Accelerate Electrode Performance Qualification for Electrochemical Water Treatment

Advanced manufacturing protocols demonstrate rapid evaluation of electrochemical water treatment systems, supported by Next Genera

Pulsenics announces collaboration with Hyzon Motors to advance the decarbonization of heavy-duty trucking

The Project receives support from the Ontario Vehicle Innovation Network (OVIN)Pulsenics, a leading provider of advanced impedance

Improving Electrolyser Efficiencies for Green Hydrogen Production: Pulsenics Leads the Canada-Germany HYER Consortium

In a landmark move toward industrializing green hydrogen production, Pulsenics is leading the HYER consortium, a three-year Canada

An Interview with CPH2: Advancing the Industrialization of Membrane-Free Hydrogen Electrolysers with Pulsenics

Pulsenics, a leader in advanced diagnostics solutions, has joined efforts with Clean Power Hydrogen (CPH2), a renowned UK-based el

Pulsenics receives the COP 27 Gold Award for Innovation from the Egyptian Minister of Environment

One hundred and ninety-eight countries signed the United Nations Paris Agreement in November 2016 which aims to strengthen the glo