UMS300 m3 Microscope Metallographic Analysis Software

1. Depth measurement software package

• Depth determination of decarburization layerGB/T 224-1987
• Depth determination of carburized layer
• Depth and length measurement
• Microhardness measurementGB/T 4340.1-1999
• Measurement of tooth profile parameters of internally threaded copper pipes

• Measurement of second phase area contentASTM E1245-1995
• Multiphase area content measurementASTM E1245-1995
• In ferritic austenitic duplex stainless steela-Metallographic determinationGB/T 6401-1986
• Austenitic stainless steela-Metallographic determinationGB/T 13305-1991
• Measurement of Soxhlet Content in High Carbon Steel Wire RodYB/T169-2000
• Quantitative metallographic manual determination methodGB/T 15749-1995
• Measurement of Ferrite in Chromium Nickel Austenitic Stainless Steel Weld SeamGB 1954-80
• Determination of free ferrite contentAMS 2315E-2001
• Measurement of α - dendrite content in sodium modified aluminum alloyGB/T 10849-1989
• Measurement of Sodium Modified Eutectic Silicon Content in Aluminum AlloyGB/T 10849-1989
• Measurement of α - dendrite content in aluminum alloy with phosphorus modificationGB/T 10849-1989
• Measurement of eutectic silicon content in aluminum alloy after overburningGB/T 10850-1989
• Measurement of pinhole porosity in aluminum alloy GB/T 10851-1989
• Aluminum alloy aluminum titanium boronContent measurement
• Determination of percentage of loose area in aluminum alloy

• Average Grain Size Rating (Cut off Method)）GB/T 6394-2002
• Average Grain Size RatingASTM E112-96
• Average Grain Size RatingASTM E1382-97
• Grain Size Rating of Ferrite in Low Carbon Steel Cold Rolled Thin PlatesGB/T 4335-84
• Grain size rating of ferrite mixed with pearliteGB/T 6394-2002
• Dual grain size ratingASTM E1181-87
• Average grain size rating (manual intercept method)）GB/T 6394-2002
• Average grain size rating (manual cut-off method)GB/T 6394-2002

• Rating of spheroidization rate of ductile iron graphiteGB/T 9441-1988
• Size rating of ductile iron graphiteGB/T 9441-1988
• Pearlite quantity ratingGB/T 7216-1987
• Ferrite Quantity RatingGB/T 7216-1987
• Measurement of spacing between pearlite flakesGB/T 7216-1987
• Grey iron graphite length ratingGB/T 7216-1987
• Rating of the number of gray iron eutectic clustersGB/T 7216-1987
• Creep rate rating of vermicular iron graphiteJB/T 3829-1999
• Rating of the number of graphite particles in malleable cast ironGB/T 9440-1988
• Residual amount of pearlite in malleable cast ironGB/T 9440-1988

• Non metallic inclusion ratingGB/T 10561-2005
• Non metallic inclusion ratingISO 4967-1998
• Non metallic inclusion ratingJIS G 0555-2003
• Non metallic inclusion rating (automatic)GB/T 18876.1-2002
• Non metallic inclusion ratingASTM E45-2001
• Non metallic inclusion ratingGB/T 10561-89
• Non metallic inclusion ratingASTM E1122-96
• Non metallic inclusion rating (K4 method)DIN 50602-85
• Large carbide ratingGB/T 4462-1982
• Carbon rating of graphite in steelGB/T 13302-1991

• Particle morphology analysis and statistics
• Measurement of particle number density
• Particle counting (semi-automatic)

• Grain size rating of aluminum and aluminum alloysGB/T 3246.1-2000
• Grain size rating of magnesium and magnesium alloysGB/T 4296-2004
• Grain size rating of cast aluminum copper alloyGB/T 10852-1989
• Grain size rating of single crystal copper alloysYB 797-1971
• Determination of percentage thickness of aluminum alloy coatingGB/T 3246.1-2000
• Determination of copper diffusion depth in aluminum alloyGB/T 3246.1-2000
• Measurement of thickness and surface density of anodized film on aluminum alloyGB/T 8013-1987
• Measurement of dendrite spacing in aluminum alloyGB/T 3246.1-2000

• Comparative analysis of standard rating charts

• Comprehensive quantitative metallographic standards
  Built in GB/ASTM/ISO/JIS/DIN quantitative analysis standards classify all metallographic quantitative methods into seven categories: depth and length measurement, phase content measurement, grain size rating, cast iron analysis, inclusion rating, non-ferrous metals, and particle morphology analysis. Convenient and concise to use, with accurate and reliable measurements.
• Automated quantitative module interface generation
  Support automatic generation of length based quantitative rating module interface;
  Support automatic generation of content based quantitative rating module interface;
• Humanized reporting system
  Adopting workflow technology to support personalized report template design;
• Complete image acquisition equipment support
  Support CoolSnap/PixelLink/JVC/CDI/Basler series digital photography devices;
  Support CG-DHX/Matrox series analog image acquisition boards;
  Supports TWAIN/WFM interface digital cameras, camcorders, and scanners;
• Rich basic image processing functions
  Image enhancement, contrast adjustment, scratch processing, image correction, multi region image segmentation, morphological processing, image annotation, layer merging;
• Advanced image measurement function
  Point coordinates, distance between two points, distance between points and lines, caliper distance, distance between lines, circle, arc angle, angle, rectangle, center distance, sheet distance, area, average brightness, A-size, weld core double perpendicular line, line center distance;
• Excellent advanced image processing capabilities
  Automatic edge searching for target particles, multi focal depth expansion, large field of view image stitching, 3D display;
• Unique microscope related applications
  Three position linkage of grain size map optical ruler, inclusion map optical ruler, and objective image ruler;