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Systems

Digital Image Correlation Optical Strain Gauge, 3D Motion and Displacement Analysis 3D Scanning Hands-on metrology that makes scanning and scan-to-CAD comparison easy Photogrammetry Micron-level 3D coordinates and deformation on large structures, from a handheld camera High-Speed Solutions Capture impact, crash, and vibration events at thousands of frames per second Thermal & Infrared Imaging Full-field temperature and thermal events, synchronized with mechanical measurement Augmented Visual Inspection Overlay CAD on the real part and guide operators through repeatable visual inspection Automation & Integration Automate certification, batch inspections, and system sync with Trilion Automation Suite Software Comprehensive suite for your measurement and testing needs Measuring Machines Video and coordinate measuring machines for dimensional inspection in the metrology lab
Browse all products ARAMIS, ARGUS, ATOS, TRITOP, SuPAR, ZEISS CT and the rest of the Trilion lineup.
Services

On-site Turnkey Measurement We come to your facility, run the test, and deliver report-ready data Methodology Development & Expert Consultation Test plan design, methodology, and expert advisory before you commit to a system or scope Offsite Lab Services Ship parts to our King of Prussia lab for 3D scanning, or send raw data for remote analysis Custom Automation & Development Bespoke automation and application development built around your line System Rental Short-term rental and rent-to-own for projects, peaks, and pilots On-site Training Dedicated training delivered at your site, on your equipment, with your team
Trilion Academy Structured cohort programs at our King of Prussia HQ and remote Next sessions: Revolutionizing Testing with Optical Strain: Workshop at LIFT, Aug 6, 2024 Testing with DIC: Workshop at Stress Engineering Services, Aug 20, 2024
Industries

Aerospace & Defense Thermal, fatigue, and structural validation for composites, aircraft, and defense vehicles Automotive & Mobility Sheet metal forming, crash testing, and structural validation for combustion and EV platforms Academia & Research Flexible DIC and scanning systems for academic labs and experimental research Additive Manufacturing Full-field strain and thermal tracking for printed parts in prototyping and production Biomechanic & Medical Motion tracking and micro-motion analysis for implants, surgical tools, and sports goods Electronics & Tech Optical testing for computing devices, wearables, AR/VR, PCB Assemblies, Robotics and Humanoids Machinery & Heavy Equipment In-situ testing and structural validation for machinery, agricultural, and industrial systems Power, New Energy & Batteries Thermo-mechanical validation of battery cells, modules, and solar components Structural & Civil Engineering Crack propagation, structural fatigue, and material strain tracking in field or lab
Material Testing Full-field strain, fatigue, and structural validation across every industry we serve.
Resources

Upcoming Events Trainings, webinars, and tradeshows nationwide On-demand Recordings Rewatch past sessions at your convenience Blog Articles, case studies, and insights from the Trilion team Technical Library Whitepapers, datasheets, brochures and product specifications Success Stories Real-world applications and customer success stories Software Analysis and acquisition imaging software, sample data, and more Help Center Contact us for any issue or question FAQ Repository of most common questions Trilion Community Universities, labs, and service providers using DIC and optical metrology
t.Setup Free DIC stereo sensor setup app. Calibrate ARAMIS systems in minutes
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Research & Academia

The DIC platform researchers cite

ARAMIS for labs, classrooms, and graduate research, with flexible acquisition.

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The Problem

Point sensors constrain the questions researchers can ask, and limit what students can see when theory meets a physical specimen.

The Solution

Three ways Trilion supports research

Material Modeling

Heterogeneous strain, Luders bands, PLC effects, with data that feeds constitutive calibration.

Fracture Mechanics

Crack-tip fields, J-integral, and virtual fields method from dense kinematic data.

Teaching Labs

Academic pricing, curriculum support, and GOM Correlate free software for student workstations.

Most-cited

DIC in journals

Rental

Programs available

Free

GOM Correlate

ZEISS Academy

Training included

Academic partnership

“Used across materials, mechanics, civil, and biomedical research labs throughout North America.”

Flexible rental · ZEISS Academy training

Ready to advance your research?

Talk to an engineer about rental, curriculum, or research deployments.

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Featured Resources

Case studies, white papers, and application notes

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Technical Data Sheet

ARAMIS 1 Technical Datasheet

Benefits and Specifications at a glace of the ZEISS ARAMIS 1, your entry key to the world of optical 3D measurements of ...

Purpose-built systems for your application

Measure strain and movement across an entire surface—without contact.

ZEISS ARAMIS Optical Strain

ZEISS ARAMIS Optical Strain uses camera-based Digital Image Correlation (DIC) to measure full-field 3D strain, displacement, and deformation without contact, from material coupons to full-scale structures.

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