Aerospace
Optical Strain is ideal for measuring dynamic structure response of your aerospace testing and provides a holistic understanding of components under test. It takes tens of thousands of measurement points.
Automotive
Digital Image Correlation (3D-DIC) and Dynamic 3D Photogrammetry provides precision measurements of real, complex materials and structures, making it the perfect tool in automotive testing.
Biomechanics
Optical 3D metrology has been established in the biomechanics and medical device industry for dynamic analysis of everything from implants and prostheses to bones, tendons, and ligaments.
Civil Engineering
With ARAMIS, the user can make a baseline measurement of a structure & monitor its health over a period of time. This will allow you to observe the structural integrity as it is exposed to environmental conditions, & standard loads.
Electronics & Consumer Goods
ARAMIS has countless applications for fields of view down to 100 microns. ARAMIS can capture and analyze strain and displacement data from thermal cycling, fatigue, warpage, and impact damage.
Oil, Gas, & Energy
ARAMIS, can detects micromotion of pumps & motors relative to baseplates for validation of hot alignment procedures, optically acquire multiple data points for FFT analysis, & capture strain data at thousands of points along any component.
High-Speed Testing
When It's Too Fast To See, We Can Still Measure It!
Thermography/Thermal Expansion
ARAMIS Thermography is unique in its ability to read full-field temperatures in 3D coordinates. This provides broad capabilities in understanding your materials, structures, and processes. Optical Strain measurement uses the changes in temperature during a test to correct the total strain measurements for thermal expansion and to measure the true mechanical strains.
