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Developer and Producer of DIC Measuring Systems and Videoextensomers

Hi-Tech DIC Video Extensometry

VIDEO EXTENSOMETRY
FOR MATERIAL TESTING

X-Sight’s DIC-based systems are suitable for routine measurements in real-time but also offer the possibility of post-process analysis to meet the expectations of today’s R&D laboratories.


X-Sight ONE_Video_Extensometer
VIDEO EXTENSOMETERS

2D AND 3D DIC SYSTEMS
FOR STRAIN ANALYSIS

X-Sight offers advanced DIC measuring systems for optical investigation of your experiments. The accurate and detailed results will help you to understand the mechanical behavior of tested components to enhance your numerical models.

X-Sight FreeD DIC Application
DIC SYSTEMS

VIDEO EXTENSOMETRY FOR MATERIAL TESTING

  • Compliance to ISO 9513: Class 1 (Class 0.5); ASTME 83-10: Class B-1
  • Applicable to High-Temperature and Climate-Chamber Measurements
  • X-Sight provides three primary models covering all types of materials testing applications and requirements
  • Axial and radial neck detection and many more features
Crack Growth Measurement
Crack Growth Measurement
Extreme Line Probe Feature
Extreme Line Probe Feature
Flexural Test Motion Analysis
Flexural Test Motion Analysis
Tensile Test Strain Map
Tensile Test Strain Map
Miniature Specimen Measurement
Miniature Specimen Measurement
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In Vivo Measurement of Strain and Displacement
In Vivo Measurement of Strain and Displacement
3D DIC Tensile Testing
3D DIC Tensile Testing
3D DIC Strain Analysis
3D DIC Strain Analysis
Measuring Displacements of a Railroad Bridge
Measuring Displacements of a Railroad Bridge
Crack Growth
Crack Growth
In Situ Structural Health Monitoring
In Situ Structural Health Monitoring
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DIGITAL IMAGE CORRELATION FOR EXPERIMENTAL INVESTIGATIONS

  • Measure and qualify what is beyond the visual perception of your eyes
  • From microchips to bridges – measure micro-scale samples or macro-scale structures with micrometer resolution and precision
  • Comprehensive 2D and 3D measurement of planar and non-planar specimen

WHY 3D VIDEO EXTENSOMETER?​

  • Prevention of measurement distortion due to out-of-plane displacement, which is not prevented by the test rig sufficiently
  • Accurate measurement and determination of Poisson's ratio of thin samples susceptible to tilting (composites, metal sheets, fabrics)
  • Control of 3D movement of measured samples and adjacent parts (sample clamping system, test rig frame, etc.)
  • Identification of sample cracking, bending or buckling
  • Identification of non-symmetric thermal expansion deformations
  • Identification and validation of actual sample deformations in 3D
  • Test rig sample loading issues, test rig set-up, test rig adjustment
X-Sight CS Mono DIC_measuring_system
2D-3D DIC UPGRADE
X-Sight FreeD DIC_measuring_system

CS MONO

  • 1 × camera
  • Calibration grids & speckle kit
  • Standard lenses of chosen focal length
  • Battery LED lighting
  • Tripod
  • Transport box
  • Converter – 4-channel A/D, 2-channel D/A
  • Cables and power sources
  • USB license dongle with installation SW
  • Installation assistance and training
  • 24 hrs of engineering support over 12 months

Free D

  • 2 × camera
  • Calibration grids & speckle kit
  • Standard lenses of chosen focal length
  • Stereobar camera mount​
  • Battery LED lighting
  • Tripod
  • Transport box
  • Converter – 4-channel A/D, 2-channel D/A
  • Cables and power sources
  • USB license dongle with installation SW
  • Installation assistance and training
  • 24 hrs of engineering support over 12 months

Optional Accessories

  • Fast synchronization box
  • LED lighting with USB relay
  • Anti-glare kit (polarizing filter)
  • Sync box for periodic events data acquisition
  • Special semi-telecentric lens for small objects (10-500 mm) reducing out-of-plane motion
  • Telecentric lens reducing out-of-plane motion for measuring small specimens
  • Stereomicroscope

If a phenomenon can be video-recorded, we can measure and analyze its motion and strain

All X-Sight’s measuring systems are powered by our proprietary Alpha strain analysis software based on the digital image correlation technique.


The DIC technique allows measuring full-field strain distribution over the specimen surface by comparing changes in the image of the tested object’s surface.