Advanced Digital Image Correlation Systems for Structural Monitoring
High-precision DIC technologies for full-field strain and displacement analysis, trusted by professionals across North America.
Digital Image Correlation (DIC) Systems
Digital Image Correlation (DIC) Systems are cutting-edge, non-contact optical tools that deliver full-field displacement and strain measurements across diverse materials and structures. These systems analyze surface deformations by comparing digital images captured before and after deformation, making them ideal for applications requiring high accuracy and resolution without physical contact. Widely adopted in structural testing, aerospace, civil infrastructure, and advanced materials research, DIC systems are critical for understanding material behavior under operational loads. As a North America-focused B2B company, Pressure Stress Measure delivers innovative and reliable DIC solutions tailored to industry needs. With a robust technology base and industry-leading partnerships, we help businesses across sectors improve quality assurance, reduce testing errors, and gain critical structural insights.
Technologies & Systems We Offer
In addition to offering products and systems developed by our team and trusted partners for Digital Image Correlation (DIC) Systems, we are proud to carry top-tier technologies from Global Advanced Operations Tek Inc. (GAO Tek Inc.) and Global Advanced Operations RFID Inc. (GAO RFID Inc.). These reliable, high-quality products and systems enhance our ability to deliver comprehensive technologies, integrations, and services you can trust. Where relevant, we have provided direct links to select products and systems from
GAO Tek Inc. and GAO RFID Inc.
Core Components
Hardware
- High-Resolution Cameras – Optical & Imaging Sensors enable precise deformation capture of insured materials under structural stress.
- Adjustable Lighting Units – Zigbee End Devices help maintain synchronized illumination in remote insurance testing setups.
- Mounting Frames and Tripods – Wi-Fi HaLow Accessories support stable wireless imaging units used during mobile inspection of finance-insured assets.
- Calibrated Lenses – BLE Gateways, Beacons & Accessories assist in edge-based optical measurement calibration workflows during audits.
- Optional Thermal Integration Modules – Environmental & Agriculture Sensors help detect temperature changes linked to thermal stress mapping in large insured infrastructure.
Software
- Speckle Pattern Tracking Algorithms – Analyze surface deformation by comparing grayscale image subsets.
- Real-Time Visualization Dashboards – Provide live feedback on strain fields and displacement vectors.
- Automated Calibration Tools – Minimize setup errors and ensure high repeatability between tests.
- Data Post-Processing Modules – Export results in formats compatible with FEA and simulation tools.
Cloud Services
- Secure Data Storage – Remote access to DIC data archives for audits, analysis, and collaboration.
- Remote Monitoring & Reporting Tools – Stream live test data to remote teams in real-time.
- AI-Based Pattern Optimization Engines – Recommend optimal speckle patterns based on material and geometry.
Key Features & Functionalities
- Full-field strain and displacement visualization
- Real-time and post-processing analysis modes
- High strain resolution and sub-pixel accuracy
- Support for quasi-static, fatigue, and dynamic testing
- Compatible with 2D and 3D measurement setups
- Modular architecture for scalable deployments
- User-friendly interfaces for fast test configuration
Integrations & Compatibility
Universal Testing Machines (UTMs)
Thermal Cameras for Combined Analysis
GAO Tek’s Data Loggers and Structural Monitoring Systems
Our DIC systems integrate seamlessly with:
Finite Element Analysis (FEA) Software
DAQ Systems via Standard Protocols
Custom Laboratory or Field Platforms
We ensure compatibility with a wide array of data acquisition platforms and control systems, enabling end-to-end monitoring of structural and material behavior.
Benefits of Our DIC Systems
Non-Invasive
No sensors or gauges bonded to the test surface
High Accuracy
Detect micro-deformations across large or localized areas
Versatile
Applicable to metals, composites, concrete, plastics, and biological tissues
Scalable & Modular
Suitable for both research labs and field applications
Real-Time Insights
Accelerate decision-making and test optimization
Applications
- Fatigue and crack propagation testing
- Tensile, bending, and torsion analysis
- Impact testing in automotive crash simulations
- Structural integrity testing in aerospace and defense
- Monitoring structural response in civil infrastructure
- High-speed dynamic material deformation studies
Industries We Serve
- Aerospace & Defense
- Automotive & Transportation
- Civil & Structural Engineering
- Materials Science & Composites
- Biomedical Engineering
- Energy & Utilities
- Research Laboratories & Universities
U.S. and Canadian Standards (Relevant, but not described)
- ASTM E2909
- ISO 9513
- AASHTO T97
- CSA S6-19
Case Studies
U.S. (Automotive Crash Testing)
A Detroit-based automotive safety lab used our DIC system to capture high-speed crash deformation of composite vehicle panels. The system’s ability to track strain in milliseconds allowed the engineering team to correlate real-time data with simulated crash models, improving material specifications for future vehicle generations.
U.S. (Bridge Load Testing)
A structural engineering firm in Colorado integrated our 3D DIC system during a live load test of a highway bridge. Without interrupting traffic flow, the firm captured full-field strain data under multiple load combinations and validated retrofitting effectiveness with quantitative accuracy.
Canada (University Research Lab)
A materials research lab in Montreal deployed our DIC technology to study the deformation behavior of 3D-printed concrete specimens. The DIC system helped researchers evaluate layer bonding strength and anisotropic stress concentrations, leading to improved print algorithms and mix designs.
Want to Explore How Digital Image Correlation (DIC) Systems can Transform your Structural & Material Testing Workflows?
Contact Pressure Stress Measure today for product inquiries, pricing, custom integration requests, or expert consultation. Let our team help you achieve precision, reliability, and operational excellence.