DIGITAL IMAGING CORRELATION
เครื่องวิเคราะห์การเสียรูปแบบถาวร
Measurements of Non-Contact Strain and Deformation
When it comes to monitoring strain and deformation in materials and products without ever having to touch them, Correlated Solutions is the foremost authority! We can measure at speeds of nanoseconds and on scales as small as microns thanks to our exclusive technology. Furthermore, our engineers created the widely utilised digital image correlation (DIC) technique. We provide a range of solutions, from entry-level to high-end, to suit your particular requirements, including vibration analysis, fault detection, and standard testing.
DIC systems are used in a broad range of applications such as aluminium or composite fuselage panel testing, automobile crash testing, sheet metal forming, deformation measurement of tires at high speeds as well as in biomechanics research.
Manufacturer's website : http://correlatedsolutions.com/
Digital Imaging Correlation Products
VIC-3D 8 System
เครื่องวิเคราะห์การเสียรูปแบบถาวร ระบบ 3 มิติ
Vic-3D 8 is a powerful system for measuring and visualizing both strain and movement.
Vic-3D 8 is a complete, turn-key system for measuring the shape, displacement and strain of surfaces in three dimensions. Vic-3D includes all necessary hardware and our most up-to-date software.
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VIC-2D 6 System
เครื่องวิเคราะห์การเสียรูปแบบถาวร ระบบ 2 มิติ
The VIC-2D system is a turnkey solution that utilizes our optimized correlation algorithms to provide full-field two-dimensional displacement and strain data for mechanical testing on planar specimens. In-plane displacement are measured at every pixel subset within the area of interest, and full-field strain is computed with many tensor options.
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VIC-3D Real-Time System
เครื่องวิเคราะห์การเสียรูปแบบถาวร ระบบ 3 มิติ real-time
As the world-leader in digital image correlation, Correlated Solutions has developed the most efficient digital image processing algorithms that are commercially available, resulting in the fastest 3D processing speeds available. Our highly efficient algorithms are particularly important when high density image acquisition sequences need to be analysed very quickly.
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