The XTOP3D XTDIC speckle strain measurement system integrates Digital Image Correlation (DIC) technology with binocular stereo vision. Utilizing two high-speed cameras, it captures real-time speckle images of the test specimen across various stages of deformation, enabling the measurement of 3D coordinates, displacement fields, and strain fields on the object's surface. It is the first 3D optical strain measurement system in China to feature independently developed core algorithms and proprietary intellectual property, achieving a technical standard comparable to the best internationally.
A thorough understanding of material properties is crucial when designing new products and manufacturing components, as it enables reliable, effective comparison of design variations and optimization of forming processes. The XTDIC speckle strain measurement system is a non-contact optical system widely used in fields such as materials testing, high-speed deformation analysis, dynamic strain measurement, and biomechanics.
Value of the Speckle Strain Measurement System
The XTOP3D speckle strain measurement system provides customers with accurate and reliable material property data early in the product development cycle. This data helps shorten R&D testing times and enhances the customer's competitive edge in the industry.
Experimental Applications
The XTOP3D speckle strain measurement system is an essential tool for materials testing, allowing for the detailed analysis of mechanical properties—such as the localization of necking during tensile tests or the formation of shear bands during the torsion of thin-walled structures. Unlike traditional methods, this system enables real-time measurement, calculation, and data output.
