Built around your electrochemistry
A connected workbench for electrochemical analysis, physical modelling and interpretation. Turn your CV and EIS workflows into organised, traceable research.
Designed for researchers studying redox processes, interfaces and materials.
Explore the CV and EIS examples. No account or upload needed.
Relate models to your electrode, conditions and measured response.
Bring model curves, residuals and parameter context into the same review.
Move from data to saved setups, results, exports and contextual learning.
Explore the product
A quick tour. No upload required.
Cyclic voltammetry
Explore peaks, compatible scan-rate studies and supported physical models while keeping inputs and result context together.
Illustrative result. Candidate features are subject to accepted scope.
Impedance spectroscopy
Move between Nyquist and Bode views, inspect a frequency point and keep the equivalent-circuit context attached.
Illustrative result. Candidate features are subject to accepted scope.
One research home
The product family grows around the same accounts, original data and historical results. Planned modules retain a clear release status.
Future modules are planned and are not enabled by this preview.
CV tour selected
Explore CV and EIS
Bring peak readouts, scan-rate studies and full-current analysis into one research workflow.
Review impedance data and registered circuit models with the context needed to interpret a fit.
These features describe the existing CV/EIS release candidates. Beta access will include only owner-accepted methods, with eligibility assessed for each dataset.
Where Echem adds value
Work with qualified physical models that account for electrode geometry, transport and reaction conditions.
Review compatible reaction hypotheses and their fitted responses together, with parameter support and residuals in view.
Preserve original data, named setups and the context of saved results, making work easier to revisit and share.
Connect analysis with accepted learning content, then add qualified techniques and modules around the same research records.
One connected product family
Explore experimental responses with physical models, inspect parameter context and organise the next step in your research. Explore CV and EIS in this example.
Explore the workbench →Build technique knowledge through guided lessons, interpretation practice and clearly labelled teaching simulations.
Preview the learning connection →Discover connects molecular and application design. Evidence brings literature and method intelligence. Pulse connects the wider electrochemistry community. Each joins as its scope is accepted.
Explore the roadmap →A natural research workflow
Start in your Inbox. Organise it into a project when that helps you.
Confirm required experimental inputs. Open advanced controls when you need them.
Save your setup and result, explore the interpretation and return to the same analysis later.
Explore the examples and learn what to expect from the beta. This example does not register your interest or create an account.
Product family
Analyse, understand, learn and explore. A focused CV/EIS beta starts a platform designed to grow with your research.
Analyse and Understand. Combine CV peak readouts, scan-rate studies, supported physical fitting and reaction-hypothesis comparison with EIS circuit fitting, Nyquist/Bode views and consistency checks. Keep setups, model curves, residuals and saved results together. Explore the example workbench.
CV and EIS exampleBuild technique knowledge in context. Explore foundations, CV/EIS/CA/CP learning journeys, interpretation practice and bounded tutoring in the existing content candidate. Clearly labelled teaching simulations support learning. Preview the connection to your result.
Content candidateExplore candidates before the next experiment. Planned Redox Matcher, solubility and molecular/application design tools bring chemistry and application requirements into the research workflow.
Planned moduleConnect questions to published knowledge. Planned shared literature, patent, method and citation intelligence supports the product family, alongside the traceability of individual analyses.
Planned shared serviceStay connected to opportunities. Planned electrochemistry updates, funding, jobs and events, with clear sources and editorial review.
Planned public areaA platform that grows with your research
CA/CP is an experimental preview in its own science workstream. SWV/DPV, LSV/Tafel, rotating-electrode methods, AFM/EC-STM and later single-molecule analysis remain on the roadmap.
Qualified additions join the shared scientific foundation and existing accounts, projects and saved results. Users see the tools available to them in the workbench.
CV/EIS analysis, Learn content and each future capability have their own acceptance scope. Candidate and planned features are presented here for review; this offline preview activates no scientific method or account access.
Help and getting started
Open your Inbox, bring in a supported CV or EIS file, inspect the column mapping and units, then choose a method. This preview uses a fixed example and cannot accept research files.
Start with a dataset in your Inbox. Projects help you group related experiments and results.
A fitted curve must be interpreted with the model assumptions and warnings. An attractive fit alone does not prove a mechanism or establish that every parameter can be identified.
Saved results retain their dataset, method and build identity. Reanalysis creates a new result; it does not silently replace the historical one.
Beta access is by invitation. The form in this example does not send a request or create an account.
When reporting a problem, describe what happened and include the relevant result reference if useful. This example does not send support messages.
Early access example
Try the example to see how measurements, analysis and saved results fit together.
The beta focuses on CV and EIS, with learning content alongside your research.
Try an import, review an analysis, save and reopen a result, and tell us where the workflow is confusing. Method assumptions and limitations remain part of the analysis.
This is an interactive example. Invitations and account access are managed separately.
Echem Suite Example
Use your Inbox now. Organise into a project when you are ready.
A private starting place for quick analysis. Two illustrative records.
Keep the original dataset, assumptions and limitations attached to the result you reopen.
Open illustrative CV review →Open a relevant Learn topic, then return to the same dataset and result. Content integration follows its separate review.
Preview a learning link →Organisation
Keep related experiments together. All records here are fixtures.
Start an analysis without project administration.
Inspect example data →A proposed project view for related datasets, saved setups and results.
Browse example results →Saved results
Human-readable titles first. Technical identity stays in the details.
Inbox / Illustrative CV sample
Inspect what came from the file before choosing an analysis.
| Column | Meaning | Unit | Source |
|---|---|---|---|
| potential_V | Potential | V | Illustrative fixture |
| current_uA | Current | µA | Illustrative fixture |
| direction | Decreasing / increasing | Category | Illustrative fixture |
Inbox / Illustrative CV sample
Guidance supports the setup without trapping experienced users in a wizard.
In the integrated product, choose an accepted method and confirm its required experimental inputs here.
This fixture has no experimental metadata or accepted execution contract. Navigation does not grant scientific eligibility.
Existing method-specific controls will be retained when integrated. This preview does not alter scientific defaults, fit budgets or thresholds.
Inbox / Illustrative CV sample
A saved-result layout example. No inference or fit has been performed.
Current versus potential · Distinct start and finish
Schematic values · Reference electrode unspecified · No fit applied
| Point | Potential / V | Current / µA | Direction |
|---|
Inbox / Ideal RC circuit example
Explore an ideal-circuit illustration. No experiment or fit has been performed.
One spectrum. Two complementary views.
| Frequency / Hz | Z′ / Ω | Z″ / Ω | |Z| / Ω | Phase / ° |
|---|
Job status design
Navigate without losing the current calculation's status.
State changes are local demonstrations. No job is submitted, cancelled, reconnected or persisted.
Account & access
Account, workspace role and method eligibility remain separate.
Existing password and email-link access should lead to the same permanent account. Invitation restrictions and reliable recovery email must be verified before external beta.
Passwords and one-time links are deliberately absent from this fixture.
Preview the access-request journey →Administrator design
This page illustrates a future authorised administration view.
| Area | Purpose | Preview state |
|---|---|---|
| Access requests | Review the intended workflow and invite approved testers | No requests collected |
| Account access | Grant or revoke approved beta access | No account controls connected |
| Release scope | Display accepted capabilities and limitations | Owner acceptance pending |
| Feedback | Triage reproducible user problems | No feedback service connected |
Echem Learn / contextual link
Follow a learning link from the result, then return to the same analysis. This example shows that connection without recording lesson progress.
Example unavailable
The preview opens only its own fixed example identifiers. It cannot look up your real datasets or results.
Return to the example Inbox