Dual Detection Modes
- Grayscale detection for brightness-based phase separation - HSL color detection for hue-, saturation-, and lightness-based analysis - Color picker workflow for quickly targeting an HSL range
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Identify phases, register phase ranges, and quantify phase percentages from microscopy images with grayscale or HSL-based analysis. NotyPhase helps you isolate regions, preview overlays, and build a clearer picture of material distribution inside the image itself.
NotyPhase is built for metallography, microscopy, and materials-analysis workflows where users need to isolate visible phases and estimate their distribution directly from the image.
Instead of exporting images into multiple external tools for thresholding, masking, and overlay review, you can register phases, preview them live, and manage the analysis in a dedicated workspace.
It is especially useful for etched microstructures, optical microscopy, color-stained samples, grayscale phase separation, and comparative teaching or reporting workflows.
Phase identification is often iterative. Users need to test ranges, preview overlays, limit the region of interest, and compare detected areas before trusting the final percentages.
NotyPhase solves this with a focused workspace:
- Grayscale detection for brightness-based phase separation - HSL color detection for hue-, saturation-, and lightness-based analysis - Color picker workflow for quickly targeting an HSL range
- Real-time overlay preview while tuning the active range - Adjustable overlay opacity - Clear visual feedback for candidate phase regions
- Region-of-interest selection for targeted analysis - Rectangle, polygon, and brush-style region definition - Exclusion regions when only part of the image should count
- Save named phases with display colors - Store range values per phase - Review calculated percentage for each registered phase
- Load images from shared workflows, upload, or library sources - Export analysis data for downstream use - Support annotation and drawing layers during review
Estimate visible phase fractions from optical or grayscale micrographs in a more controlled workflow.
Use HSL-based selection when phases are better separated by hue than by grayscale intensity.
Show students how thresholding, color selection, and ROI affect final phase percentages.
Test phase ranges on multiple images and review overlays before reporting conclusions.
Keep phase detection, overlay preview, and registration together instead of splitting the workflow.
Start using NotyPhase: Phase Identification and Color Analysis for Microscopy Images today and explore everything it can do.