Advanced Actuator Systems for Structural Load Testing
Deliver precise control and real-time feedback in static, dynamic, and fatigue testing of structural materials and assemblies
Smart & Scalable Actuator Solutions
Actuator Systems are foundational components in structural testing environments, enabling controlled force or displacement application for a wide range of test configurations. From static tension and compression to dynamic load cycles and fatigue simulations, these systems are engineered to deliver high accuracy and programmable motion control for reliable structural analysis. Whether servo-hydraulic or electro-mechanical, actuator systems are widely used in academic, commercial, and industrial labs to ensure repeatable, scalable, and verifiable testing outcomes.
We provide a wide selection of actuator systems across North America—offering turnkey solutions for infrastructure testing and engineering research.
Backed by technical expertise, strict quality assurance, and innovation, our Vancouver-based team delivers smart, scalable platforms for both traditional and emerging testing workflows.
Core Components
In addition to offering products and systems developed by our team and trusted partners for Actuator 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.
Hardware Components
- Servo-Hydraulic Actuators
Motion & Position Sensors from IoT Sensors enable precision tracking of actuator positioning for structural testing in insurance risk assessment.
- Electro-Mechanical Actuators
NB-IoT End Devices provide remote operational monitoring for compact testing rigs in equipment insurance validation.
- Load Cells and LVDTs
Zigbee End Devices transmit real-time force and displacement data for automated claim verification in structural damage assessments.
- Hydraulic Power Packs and Servo Valves
LoRaWAN Gateways support stable wireless data collection for equipment stress testing in financial risk modelling.
- Mounting Frames and Bearing Assemblies
BLE Gateways, Beacons & Accessories ensure positional accuracy and asset tracking in mobile setups used in insured asset evaluation.
Software Solutions
- Motion Control Interfaces: Intuitive GUI for motion sequencing, amplitude control, and cyclic profile setup
- Real-Time DAQ and Analysis: Synchronized data acquisition for load, displacement, and strain signals
- Auto-Tuning Algorithms: Optimize actuator responsiveness based on test variables
- Custom Script Support: Python/MATLAB scripting modules for research-driven control
Cloud Services
- IoT-Based Performance Dashboards
- Remote Monitoring and Test Management Tools
- Data Logging with Predictive Analytics for Maintenance
Why Choose Us?
Precision Systems for Structural Performance Evaluation
Key Features
Programmable cyclic, ramp, and static load profiles with closed-loop precision tracking.
Multi-axis synchronization and fatigue-rated construction for complex, long-duration tests.
Expandable controller systems adapt to nonlinearities, crack propagation, and future upgrades.
Integrations
Seamlessly integrates with hydraulic load frames, extensometers, shakers, and chambers.
Connects directly to modeling software for hybrid simulations with open protocol APIs.
Supports modular test beds and custom lab management systems.
Compatibility
Works with concrete, steel, composite, and timber in both lab and field setups.
Interfaces with North American and international DAQ platforms.
Modular rigs adapt to small- and large-scale structural assemblies.
Benefits
Provides precise control of structural loading with automated sequencing and monitoring.
Enhances accuracy, safety, and efficiency through motion limiters and pressure sensors.
Scalable architecture supports advanced research, compliance, and long-term upgrades.
Applications
Enables fatigue, fracture, and seismic testing across bridges, girders, and buildings.
Supports load-displacement curves, push-over tests, and hybrid real-time simulations.
Covers material validation, joint behavior, and rotational actuator studies.
Industries
Civil & Structural Engineering, Construction Materials Testing, and Prefab/Modular Construction.
Government labs, earthquake research centers, and infrastructure testing facilities.
Research institutes, engineering universities, and industrial testing partners.
Relevant U.S. & Canadian Standards
ASTM E1012
ASTM E2126
AASHTO T212
CSA S806
Case Studies
U.S. Case Study #1: Bridge Joint Simulation – Colorado
Civil Structure Test Tech delivered a 1000 kN servo-hydraulic actuator system to a regional infrastructure testing lab, enabling real-time hybrid simulations of steel-to-concrete bridge joints. Integration with DAQ systems from GAO Tek led to a 60% reduction in test setup time and improved correlation with FEM models.
U.S. Case Study #2: Dynamic Fatigue Research – Florida
A leading academic research center adopted our electro-mechanical actuator systems to conduct fatigue tests on concrete wall panels subjected to hurricane-grade wind simulations. The closed-loop feedback and custom scripting modules enabled advanced testing protocols aligned with evolving FEMA guidelines.
Canadian Case Study: Earthquake Load Simulation – British Columbia
A research university in BC partnered with Civil Structure Test Tech to simulate bidirectional seismic loads on reinforced shear walls using dual-axis actuator systems. Integration with cloud-based dashboards allowed remote monitoring and resulted in actionable insights that influenced seismic retrofitting strategies.
Looking for advanced actuator systems to enhance your structural testing capabilities?
Contact Us to connect with Civil Structure Test Tech. Our team is ready to guide you through system selection, integration, customization, and technical support to power your next-generation structural testing program.