Automatic Image Analyzer software with GOST, ASTM, DIN, JIS Standard
- Ability to work with multiple images from a single sample and analysis results base on the accumulated data from the sample. Minimum 30 images from a single sample
- Ability to analyze multiple samples of similar type for multiple images from each sample and analysis on the accumulated data from multiple sample and their multiple analysis. Minimum 6 samples.
- Ability to process images with size of 1024 x 980 pixel or higher.
- Built-in charts for GOST/ASTM standards to compare and justify the results from automatic analysis.
- Automatic data reporting (including material characteristics, images and analysis results)
- Built-in database
- Fast switching between different standards.
- Automatic measurement of analyzed area for individual and total analyzed area.
- Calibration of images and automatic overlay of calibration scale for all image size.
• Grain size
• Non metallic inclusion (Nodules & Flakes)
• Phase Analysis
• Graphite in ferrous methods
• Vectors and knob hardness methods
• Decarbised layer depth
• SEP 1520
| 1). Grain size Steel Grain size ASTM 1382, E 930 ISO 643, DIN EN 180 643-2003 Prior Austenite Grain Size, ASTM E 112, E 1382 Non ferrous metals and Alloy grain size with above method |
| 2). Non metallic inclusion (Nodules & Flakes) Determination of inclusion types (Oxides, Sulphides, and Oxides-Sulphides) Estander of inclusion ASTM E 1245, E 45 E 1122, ISO 4967, DIN 50602 |
| 3).Phase Analysis Relative content of Ferrite/Pearlite Ferrite content in Austenite steel bar. Carbide inhomogenuity in alloyed tool steels. Length of Marstenstitic lenghts & needles. |
| 4).Graphite in ferrous methods ASTM A 247 |
| 5).Vectors and knob hardness methods ASTM E 384, E 92 |
| 6).Decarbised layer depth ASTM A 247, ISO 3887 |
| 7).SEP 1520 For Measurement of Carbide Size Carbide Morphology Distribution As per SEP 1520 to determine Spheroidize structure, the Amount of perlite, Micro inclusions, Carbide network and Carbide streaks (bandings) in a given material. Carbide Network: According to Sep 1520-78. Carbide Segregation: According to Sep 1520-78 |