Solutions
Where Trilion goes to work at orbital scale
Hover any marker to see how full-field strain measurement supports certification of the structure.
Application 01
Composite Solar Array Wing
Deployment shocks and on-orbit thermal cycling fatigue the solar array hinges and CFRP substrate. Trilion-deployed ARAMIS captures full-field strain across the entire panel during qualification, and TRITOP verifies deployed geometry to NIST-traceable tolerances, both with no contact and no surface prep beyond a speckle pattern.
Measure prototype deployment
Solar Panel Deployment
Describe this application in 1-3 sentences.
Key Products & Systems
Purpose-built systems for aerospace certification
The full 3D DIC portfolio
ARAMIS
Trilion's ARAMIS family covers portable on-machine testing through fixed-base certification and motion analysis.
Flagship 3D DIC System
ARAMIS Adjustable 12M
Full-field strain and displacement measurement for components and structures. Scales from coupon to full-scale testing.
Flagship 3D DIC & Motion Analysis
ARAMIS 3D 12M
Dynamic 3D motion and strain analysis for vibration, impact, and high-speed events at thousands of frames per second.
Compact 3D Scanner
ATOS Q
High-precision structured-light 3D scanner for dimensional inspection, quality control, and reverse engineering.
Handheld Laser Scanner
T-SCAN hawk 2
Wireless handheld laser scanner for rapid 3D capture of large parts and complex geometries in the field.
Portable Photogrammetry
TRITOP
Photogrammetric measurement of large structures up to 20+ meters. VDI/VDE 2634 compliant.
AI-Powered AR Inspection
SuPAR
Augmented reality inspection projecting measurement results onto parts in real time with AI defect recognition.
The automation layer for your ZEISS metrology stack
Trilion Automation Suite
Trilion Automation Suite (TAS) is a set of production-grade modules and a Python library (t.Kit) that automate ARAMIS, ATOS, CORRELATE, and INSPECT workflows. Acquisition, patterning, analysis, certification, and drop testing all run from one platform.
Ultra high-speed CMOS imaging
Phantom TMX Series
The fastest Phantom cameras ever built. Up to 1.75 million fps at reduced resolution, 76 Gpx/s throughput, and BSI sensor sensitivity for ballistics, fluid dynamics, and fracture mechanics.
High-speed mid-wave infrared camera
Telops FAST V60
FAST V60 captures mid-wave thermal radiation at thousands of frames per second with calibrated radiometric output. Built for combustion studies, ballistic events, and hypersonic flight test.
Ultra high-speed thermal imaging
Telops M3k
M3k captures thermal events at up to 90,000 fps in subwindow mode, resolving microsecond-scale temperature transients. Used for failure analysis, material thermal response, and friction studies.
High-definition thermal imaging
Telops HD-IR
HD-IR series delivers HD-resolution thermal imagery for aerospace flight test, target signature characterization, and large-scale infrared inspection. Calibrated radiometric output for quantitative work.
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Physical Simulation Systems for Materials Research and Manufacturing
Gleeble Thermo-Mechanical Simulation System
Gleeble's line of thermo-mechanical simulators purpose-built to address the most demanding challenges in materials testing. Whether you're developing next-generation alloys, optimizing manufacturing processes, or validating material performance under extreme conditions, Gleeble's physical simulation systems deliver the precision, repeatability, and control that materials scientists and engineers demand.