top of page
Digital Image Correlation application

Miscellaneous

MatchID’s digital image correlation (DIC) technology provides high-precision, non-contact optical measurement capabilities for diverse engineering applications. The system enables accurate full-field quantification of strain and displacement, supporting detailed analysis of material behaviour and structural performance. Applications range from sports equipment optimization and PCB monitoring to characterization of paper properties and turbomachinery components. MatchID’s integrated approach facilitates data-driven evaluation and validation throughout design, testing, and operational stages, contributing to improved reliability, safety, and efficiency.

APPLICATION NOTES

Volume change measurement

Synchronized image grabbing

Real-time signal feedback

Strain controlled tensile test

Single point incremental forming

Operational PCB

A drying machine

Spanner deformation

Rotating structures

Paper, cardboard, packaging

  • Failure mechanisms

  • Identification of late and early wood properties

  • Stiffness variation in structural paperboard

  • Anisotropy and heterogeneity

Digital Image Correlation application paper

Turbomachinary

  • Rotating structures

  • Acceleration and velocities

  • Vibration measurements

  • Modal analysis

  • Relative motion

  • Damage detection

FEATURES

Sports

  • Strain, velocity, acceleration and stress

  • Torsion and compression of bike frames

  • Dynamic impact on helmets, golf sticks, …

  • Deformation of sport shoes

  • Stretching of textile shirts

  • Orthotropic optimisation of wood for baseball bats

  • ….

Digital Image Correlation application sport

PCBS

  • Thermal and mechanical load

  • Strain concentrations near solder locations, holes and copper traces.

  • Vibration measurements

  • Fatigue

Digital Image Correlation application sport
Digital Image Correlation application pcb

Engineering tools

  • Relative motion

  • Vector plotting

  • Motion magnification

  • Bending profiles

  • Intuitive charting

  • Data extraction

  • Strain concentrations

  • Plastic deformation

bottom of page