Explore applications, technologies & measurement techniques
Microfluidics
Material Testing & Failure Analysis
Material Testing & Failure Analysis
High-speed imaging and motion analysis enable researchers to visualize fast fluid interactions, droplet formation, particle motion and mixing phenomena within microscale channels. These techniques provide quantitative insights for biomedical, pharmaceutical, and lab-on-chip applications.
Material Testing & Failure Analysis
Material Testing & Failure Analysis
Material Testing & Failure Analysis
Study material deformation, crack initiation, and failure under static and dynamic loading using high-speed imaging and Digital Image Correlation (DIC). Quantitative measurements help evaluate structural integrity, fatigue behaviour and material performance.
Fluid Dynamics & Combustion
Material Testing & Failure Analysis
Fluid Dynamics & Combustion
Capture rapid flow phenomena, spray behaviour, combustion processes and flame propagation using advanced imaging and motion analysis. Researchers can analyse turbulence, atomization, ignition, and transient fluid interactions with exceptional precision.
Biomechanics
Ballistics & Impact Testing
Fluid Dynamics & Combustion
Measure human movement, soft tissue deformation and joint mechanics using high-speed imaging, motion analysis and DIC. Applications include sports science, rehabilitation, orthopaedics and medical device development.
Ballistics & Impact Testing
Ballistics & Impact Testing
Ballistics & Impact Testing
Observe projectile motion, shockwave propagation, structural deformation and impact dynamics during high-speed events. Advanced imaging enables accurate analysis of transient phenomena for defence and aerospace research.
Automotive Testing
Ballistics & Impact Testing
Ballistics & Impact Testing
Evaluate crash events, occupant safety, airbag deployment, vehicle dynamics and component performance using high-speed imaging and quantitative motion analysis for safer vehicle development.
Digital Image Correlation (DIC)
Digital Image Correlation (DIC)
Digital Image Correlation (DIC)
Digital Image Correlation provides full-field, non-contact measurement of strain, displacement and deformation. It supports material characterization, structural analysis and validation of engineering designs.
Motion Analysis
Digital Image Correlation (DIC)
Digital Image Correlation (DIC)
Advanced motion analysis software quantifies displacement, velocity, acceleration, rotation and object tracking from image sequences. It enables precise measurements for research, industrial testing, and simulation validation.
Structural Analysis
Digital Image Correlation (DIC)
Structural Analysis
Investigate structural deformation, vibration, fatigue and load response using Digital Image Correlation and motion analysis techniques. Engineers can validate designs and assess structural performance under real-world conditions.