Electrochemical research data analysis software
Give your time back to thinking.
Go from raw instrument data to quality checks, analytical results, and an editable Origin® project—with less repetitive work and more confidence in every figure.
Product
Select your files and research task. Oparic recognizes instrument formats, checks data quality, performs the analysis, and delivers plots, parameter tables, and editable Origin projects.
From files to deliverables
Select the original files from your instrument. Oparic recognizes the format, normalizes columns and units, and retains the intermediate data needed to review the analysis.
CHI text and .bin, BioLogic EC-Lab .mpr, Gamry .dta, Autolab/NOVA Excel, CorrTest, IEST, and general CSV, TXT, and Excel data.
Retain normalized data, peak positions, fitted parameters, residuals, quality checks, and diagnostic context. Change parameters and rerun without preparing the input again.
Export CSV/XLSX, publication-quality images, written reports, and editable Origin® .opju projects.
Capabilities
Check whether the data and method assumptions hold before interpreting the result.
Cycle segmentation, peak tracking, scan-rate grouping, b-value, Randles–Sevcik, Dunn, double-layer capacitance, and coulombic-efficiency analysis.
Nyquist, Bode, DRT and heatmaps, blank subtraction, consistency checks, and equivalent-circuit fitting.
Check first, analyze second
Quality conclusions appear before the final result, so anomalous data is not hidden by an attractive fitted curve.
CV reversibility checksReview peak shape, peak-current ratios, and method assumptions before Randles–Sevcik analysis.
EIS consistency checksInspect high-frequency real impedance and Kramers–Kronig consistency before equivalent-circuit fitting.
Sources and next stepsWorkflow documentation explains the basis for conclusions, risks, references, and suggested actions.
Available now
Each workflow defines its input, methodological assumptions, and deliverables.
Core processingFormat recognition, last-cycle plotting, coulombic efficiency, and double-layer capacitance
Kineticsb-value and Randles–Sevcik diffusion coefficient / electroactive area
Contribution analysisDunn capacitive / diffusion contribution, heatmaps, and 3D surfaces
Plotting and correctionNyquist / Bode, multi-sample comparisons, and blank subtraction
Process resolutionDRT peaks, residuals, and multi-sample τ heatmaps
Model fittingR / C / CPE / Warburg circuits, parameter tables, and residual diagnostics
For research groups
Adoption is not only about faster plots. Results need to be reviewable, deliverables need to remain editable, and researchers need a clear support path when a difficult case appears.
Quality checks, fitting diagnostics, intermediate data, and references are delivered with the analysis.
Plots, tables, reports, and editable Origin projects support papers, reports, and independent review.
Professional workflows, documentation, feedback channels, training, and volume licensing can evolve with your group.
Contact us to discuss procurement and support requirements.
Availability
This English site covers Oparic’s capabilities, workflow documentation, setup, and support. The current Windows desktop application still uses a primarily Chinese interface, and this release does not add an English checkout.
Understand the product, supported data formats, analytical scope, output formats, and research use cases.
Review inputs, assumptions, outputs, quality checks, and interpretation guidance before evaluating a workflow.
Contact the team for English onboarding, a workflow fit check, research-group use, or procurement questions.
Need help evaluating Oparic before using the Chinese-first desktop client?
Email contact@oparic.comReal use
Statistics from the first two months through July 2026.
Follow the English documentation and contact us for English onboarding and workflow guidance.
Cite Oparic
@online{oparic-web,
author = {{Oparic Development Team}},
title = {Oparic},
year = {2026},
url = {https://oparic.com/}
}