Multi-dimensional material characterization, mapping, and assessment for understanding complex materials, devices, and scenarios.
Advanced Optical Technologies (AOT) offers multi-dimensional micro- and nano-structural material characterization, mapping, and assessment for a more complete understanding of complex materials, devices, and scenarios, and develops custom sensors for defense and commercial customers.
AOT measures polarization signatures with the world’s most accurate laboratory laser polarimeters and scatterometers and characterizes surfaces using extended-range AFM imaging
Microscopy & Nanotechnology Scatterometry
Patented solutions from Advanced Optical Technologies (AOT) are redefining how sensors classify materials in real time
Polarimeter Optical Signature Databases
AOT's unique combination of precise optical metrology and machine-learning algorithms power innovative photonic products for manufacturing, defense, space, and additive technologies.
AOT's measurement services span from laboratory to field. AOT provides complete polarization signatures of samples at various wavelengths with better than 1% overall elemental error in measured Mueller matrices. Lab materials span from optical crystals to metallographic samples to diffuse ground materials.
Crystallographic Non-Destructive Testing Material Characterization Optical Signature Databases Optical Calibration & Certification Polarized Light Microscopy
Patented solutions from Advanced Optical Technologies provide remote-sensing capabilities for asset tracking, automated target recognition, intelligence, surveillance and reconnaissance and search and rescue, and in material characterization for crystallographic imaging and non-destructive testing of metal aerospace and 3D-printed parts. AOT also provides comprehensive and unparalleled polarization calibration of optical components for space and defense sensors. Polarimeters can be customized to your application.
Advanced Optical Technologies (AOT) will be exhibiting the latest innovations in non- destructive surface and crystallographic characterization of titanium and other aerospace materials.
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