Scientific analysis · One workspace

Analyze. Compare. Create.

Turn microscopy images and scientific data into measurements, comparisons, plots and publication-ready figures.

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NotyPhasePhase analysis Calibrated
Import Detect phases Results Import Baseline Peak fit Layers Porosity Results Compare samples Images Grid Export
Default Project
Pore phase · gray 4–37 100 µm
Results Live
0% Pore phase fraction 2 phasesFull imageASTM E2109
Range selection GrayscaleHSL
Phases 2 Classified 69.0%Unclassified 31.0% Pore phaseGray 4–37 · 53 379 µm²7.42% MatrixGray 153–209 · 159 426 µm²92.58%
Review results →
0° FWHM, strongest peak 5 peaksPseudo-VoigtR² 0.994
Peak fit Position44.32° CrystalliteScherrer24.8 nm BaselineLinearApplied
Peaks 5 27.4°FWHM 0.42°30% 44.3°FWHM 0.37°100%
Export peak table →
−2.3pp Porosity change vs 800 °C 4 samplesSame analysisCalibrated
Samples 4 800 °CBaseline9.2% 1000 °CSelected6.9%
Metric PorosityThickness Fields analysedper sample6
Open comparison →
300DPI Export, 1920 × 1146 px 5 cellsShared scale barTIFF
Layout 1 col 2 col 3 col 4 col
Spacing Row gap 8 Padding 16
Export figure →
coating_A2.tif 1 240 × 880 px Calibrated 0.184 µm/px 2 phases Coverage 69.0% Area 308 274 µm² Analysis saved sample_XRD.xy 20–80° 2θ Step 0.02° 5 peaks Baseline linear Fit converged thermal-spray.notyproj 4 samples Porosity (overall) 6 fields each Calibrated µm Comparable figure_1.notygrid 5 / 5 cells 1920 × 1146 px Scale bar shared Figure ready

Built around established scientific methods

Analyze

From raw data to useful numbers.

Inspect the result. Adjust it when needed. Keep the analysis under your control.

Measure layers and porosity

NotyThickness · NotyPhase
Coating cross-sectionFig. 1
178.4 µm 97.5 µm 96% confidence · 2 points to review
Raw Analyzed
Free surface Interface 1 Interface 2 40 sampling lines
Overall mean thickness0µm
Top coat178.4± 13.5
Bond coat97.5± 11.7
Porosity0%

Analyze XRD peaks

NotyPlot
Diffractogram · 2θFig. 2
Baseline Detected peaks Fitted peak · FWHM
Peak0°
FWHM0°
Crystallite0nm
Peaks found0

Compare results

See what actually changed.

Add results from the same analysis and compare them in one clear view.

800 °C9.2%
900 °C8.1%
1000 °C6.9%
1100 °C7.5%

Porosity analysis run on all four conditions · same threshold, same ROI

Porosity
All metrics · 4 results
Condition Porosity % Δ Pore µm N
800 °C9.213.4268
900 °C8.1−1.112.1291
1000 °C6.9−2.311.2312
1100 °C7.5−1.714.8247

Illustrative values, shown to demonstrate the comparison view.

Compare measurements

One result is a measurement.
Several results tell the story.

Comparison runs between compatible analyses — not between whole samples.

One connected workflow

One workspace. From analysis to figure.

Your data, analysis settings, measurements and visual outputs stay connected and editable.

01 Import Image / Data
02 Analyze Measure / Segment / Fit
03 Compare See what changed
04 Plot Turn results into charts
05 Create Build the final figure

Save it once. Use it again.

Save your analysis setup as a recipe and reuse it on your next file.

Threshold ROI Filters Settings Save recipe Use on next image

Scientific Figure Builder

Your results belong in the same figure.

Combine images, plots, labels, scale bars and simple scientific diagrams in a publication-ready layout — without rebuilding everything in another app.

aRaw image. Dropped straight from the file you analyzed.

bAnalyzed image. Overlays stay editable inside the panel.

cPlot. The same result, drawn as a chart.

dDiagram. Simple scientific schematics, built in place.

Open NotyLab — Free Powered by NotyGrid
a
b
c
d
50 µm Export · 300 DPI
Fig. 3 Multi-panel figure assembled in NotyGrid Simple scientific diagrams

Workflows

Start with a workflow, not an empty screen.

Pick a common task and follow a clear path from import to result.

Thermal Spray — Cross-section

Calibrate Layers Porosity Pore morphology

Measure a cross-section end to end: calibrate, find the layer boundaries, then report thickness and pore statistics from the same image.

Start workflow SEM / Optical

Phase & Microstructure

Phase fraction Particles Grains

Separate phases by threshold or colour, then count and size what you separated — with the segmentation kept editable.

Start workflow ASTM E112

XRD Analysis

Peaks Fitting FWHM

Load a diffractogram, subtract the baseline, fit the peaks you care about and read position, width and crystallite size.

Start workflow .xy · .xrdml · .csv

Compare Results

Measurements Distributions Charts

Put several finished analyses side by side and let the table and the chart show the difference.

Compare results Same analysis type

Browse all workflows

Editable results

Your analysis stays yours.

Edit the result

Masks, thresholds and overlays remain adjustable.

Keep the context

Calibration and analysis settings stay with the image.

Change the presentation

Scale bars and visual layers remain editable.

Calibration 0.184 µm/px ROI Threshold 0.42 Method ASTM E2109 Overlay layers

Need a specific tool?

View all tools

Your next result can start here.

Open an image, load your data, or try one of our sample datasets.

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