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Material Pro

    1. Performance: 4K resolution, multi-mode imaging.
    2. Usability: Plug-and-play, cross-platform compatibility.
    3. Durability: Industrial-grade build for harsh conditions.
    4. Applications: Broad industry relevance (metallurgy, biology, electronics).
    5. Software: Bundled analysis tools for actionable insights.


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Material Pro

Material Pro is a modular, computer-aided image analysis software designed specifically for metallurgists, laboratory technicians, scientists, and R&D engineers in the metal industry. Built for advanced microstructural evaluation, Material Pro supports tasks in quality control, defect detection, and product development.

The software adheres strictly to ISO and ASTM standards and supports a wide range of image formats (BMP, TIFF, JPEG, PNG, GIF) and input devices including USB 2.0, USB 3.0, and TWAIN-compatible cameras. Material Pro’s high-efficiency image processing delivers up to 80% more image data than comparable systems and streamlines image capture, measurement, enhancement, and reporting.

Key Highlights:

  1. Built specifically for metallurgical applications and materials analysis
  2. Follows ISO and ASTM standards (e.g., E112, B276, E1077, A247-67)
  3. Supports image types: BMP, JPEG, TIFF, PNG, GIF, and PSD
  4. Compatible with USB 2.0/3.0 and TWAIN imaging devices
  5. High-resolution image capture and measurement tools
  6. One-click live measurement and automatic report generation
  7. Multiple analysis modules including grain size, porosity, carbide, coating, decarburization
  8. Customizable settings and templates for reports with/without composition
  9. Organized gallery folders for easy image retrieval
  10. Supports both grayscale and color images



Modules included
CameraCapture live images with adjustable settings for white balance, brightness, contrast, hue, and saturation. Images are saved in predefined folders.
CalibrationPerformed on all microscope objectives. Required again if any hardware is replaced or repositioned.
MeasurementAllows manual line/shape tracing. Measurement data can be stored, printed, or exported to spreadsheets.
Grain sizeAutomatic and repeatable analysis using methods like lineal intercept, Snyder & Graft, Abrams, comparison, random intercept, and manual.
PorosityDetects pores using grayscale thresholding. Calculates pore count, min/max size, and percentage as per ASTM B276.
SegmentationIdentifies and separates material phases based on grayscale intensity. Supports up to 10 thresholds and colored overlays.
DecarburizationMeasures depth of decarburization in compliance with ASTM E-1077-91. Analyzes ferritic layers with reduced carbon content.
SG IronAnalyzes nodular graphite in ductile iron (ASTM A247-67, ISO 945-1). Reports nodule count, size (1–8), and form (I–VI).
Gray IronMeasures graphite flakes in gray cast iron. Categorizes types (A–E) and sizes (1–8). Calculates graphite and pearlite percentage.
CarbideIdentifies iron carbide (cementite) present in cast iron or steel. Supports carbide banding and intermetallic analysis.
Coating thicknessCross-sectional microscopy measures local metal/oxide coating thickness. Accuracy up to 0.8 mm.
SpheroidizationAnalyzes spheroidal graphite. Highlights nodules vs non-nodules in blue/red and measures form and size.
Non-metallic inclusionIdentifies inclusion types: Sulfide (A), Alumina (B), Silicate (C), Globular (D). Classifies each as thin or heavy.
SettingsInitial setup for calibration, scale bar, gallery path, analysis mode, and report format. Offers ISO/ASTM modes and two report templates.
GalleryImage folders categorized by type: Measurement, Segmentation, Grain Size, Porosity, Decarburization, SG Iron, Gray Iron.
Save/reportReports are saved automatically and retrievable anytime. Includes data, images, and analysis parameters.