+Material performance testing
• Any material, especially suitable for small, flexible, and high-temperature applications
• Average value extensometer for more accurate material parameters
• Automatic peak and trough identification, better suited for long-term fatigue testing
+Large field of view multi-probe splicing solution
• Suitable for measuring materials over 600mm in length and with a wide field of view
• Developed multi-probe splicing technology to eliminate overall errors, achieving accuracy up to 0.5 video extensometer standards
+Dual-range probe combination solution
• Suitable for stretching highly plastic materials such as rubber, gel, polymers, and carbon fiber
• In the low-strain stage, an independent camera and telecentric lens are configured to improve measurement accuracy
• In the high-deformation stage, another independent camera and standard lens are configured to record the entire deformation process of the material
• Feature stitching enables non-destructive stitching of the two measurement stages, achieving both low-strain, high-precision measurement and full-field uniformity of high-deformation measurement in a single measurement
+Multi-station simultaneous stretching solution
• Suitable for simultaneous tensile testing of multiple samples from the same batch
• Independent hardware for each channel
• Unified data display for easy comparison
+Rod Profile Stretching 3600 Combination Solution
• Three probes, evenly spaced in the same horizontal plane, independently perform 2D data acquisition and analysis, calculating average tensile strain for more accurate results.
• Three probes, evenly spaced in the same horizontal plane, are used in combination to analyze the material necking state and cross-sectional parameter changes during the tensile process of rod-shaped profiles, such as the major and minor axes of the cross-sectional ellipse and roundness.
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