DIGITAL IMAGE CORRELATION (DIC)
Non-Contact Precision Measurement
LMS Scientific Solutions brings you the power of Digital Image Correlation (DIC), the global standard for non-contact strain and deformation measurement.
Our DIC technology allows you to analyze materials and products without ever touching them, capturing data from micron-scale resolution to nanosecond speeds. Whether you require standard material testing, advanced defect detection, or detailed vibration analysis, we offer a range of systems—from foundational to highly specialized—to precisely meet your research and engineering challenges.
Our DIC technology allows you to analyze materials and products without ever touching them, capturing data from micron-scale resolution to nanosecond speeds. Whether you require standard material testing, advanced defect detection, or detailed vibration analysis, we offer a range of systems—from foundational to highly specialized—to precisely meet your research and engineering challenges.
DIC is a trusted tool across numerous industries, including:
- Aerospace (e.g., aluminum and composite panel testing)
- Automotive (e.g., crash testing, high-speed tire deformation)
- Manufacturing (e.g., sheet metal forming)
- Biomedical Research
Available in: Singapore, Malaysia, Thailand, Vietnam & Indonesia
Manufacturer’s website : https://www.correlatedsolutions.com/
Digital Image Correlation Products
VIC-3D is the industry-leading full-field solution for accurate, non-contact 3D strain and displacement measurement. This advanced Digital Image Correlation (DIC) system provides three-dimensional displacements and strain data at every point on your specimen’s surface. We offer fully customized VIC-3D systems optimized for your specific requirements, covering a wide range of size scales for both quasi-static and high-speed dynamic testing events.
The VIC-2D System is a complete, turnkey solution delivering full-field two-dimensional displacement and strain data for mechanical testing of planar specimens. Utilizing optimized correlation algorithms, it accurately measures in-plane displacements and strains at every point within the area of interest. Results are visualized instantly through full-field contour plots displayed at every time step, providing comprehensive surface analysis.
The VIC-EDU System is an accessible, low-cost solution specifically developed for academic institutions. It is designed to effectively teach undergraduate and graduate students the fundamental techniques of Digital Image Correlation (DIC). VIC-EDU utilizes the same accurate DIC algorithms found in our powerful, industry-standard VIC-3D software, enabling students to quickly and easily acquire valuable experimental data for their studies and research.
VIC-Volume is advanced Digital Volume Correlation (DVC) software designed for measuring the internal deformation within a material volume. Using quantitative image analysis on image slices acquired via X-Ray or CT scanners, VIC-Volume extends the principles of 2D and 3D Digital Image Correlation (DIC). By incorporating the z-dimension (depth), it provides a complete full-volume characterization of the material’s internal behavior under load.