Analysis tools in Sensitify Studio

Fit EIS data to equivalent circuit models and extract physical parameters from impedance spectra.

Typical use. Characterise interfaces, coatings, batteries: extract solution resistance, charge-transfer resistance, double-layer capacitance.

Locate peaks in voltammetric scans and report position, height, area, and full width at half maximum.

Typical use. Quantitative analysis in CV, DPV, and SWV: concentration calibration, mixed-species resolution, kinetic studies.

Get the charge under each voltammetric peak, integrated automatically during peak finding, for surface coverage, coulombic efficiency, and deposited mass.

Typical use. Surface coverage Γ, coulombic efficiency, and deposited or reacted amount, all from the peak charge Q.

Reduce noise without distorting peaks, and restrict a curve to a range or cycle, without changing the raw data. Five filters, from one-click presets to a tunable spectrum view.

Typical use. Clean noisy DPV and SWV scans, remove 50/60 Hz pickup, restrict a curve to a window or cycle, prepare data for peak finding.

Export plots and analysis tables as publication-ready PDF, Excel, or PNG.

Typical use. Drop results into manuscripts, share raw data with collaborators, archive measurements for the lab notebook.

Ask questions about your data and drive Studio by natural language. Fully on-device.

Typical use. Rename and organise traces, adjust plots, summarise a scan, suggest what analysis to run next.

Build publication-grade figures from one or many experiments: calibration curves, Randles–Ševčík plots, Tafel slopes, dose-response sigmoids, box plots, and bar graphs.

Typical use. Replace the round-trip through Origin, Excel, or Matlab. Each figure type opens an in-canvas analysis mode with a live data editor and a fit that updates 100 ms after every keystroke.