High-Precision Laser Scanning Robots for Structural Testing
Enhance structural analysis with laser-guided robotic systems designed for automation, accuracy, and large-scale 3D data capture.
Overview
Laser Scanning Robots are transforming the landscape of structural assessment by enabling precise, contactless 3D data acquisition of buildings, bridges, tunnels, and other infrastructure assets. These robotic systems integrate advanced LiDAR or laser-based sensors with mobility platforms to autonomously capture surface geometries, deformations, and structural irregularities in real time. This automation significantly reduces manual labor, enhances safety, and ensures consistency in data quality. As a B2B company serving organizations across North America, Automated Structural Tech specializes in deploying Laser Scanning Robots for both routine monitoring and critical forensic investigations. Whether used in urban planning, civil engineering, or post-disaster assessments, these systems deliver unmatched speed and accuracy. Through deep industry collaboration and continuous product refinement, we help our clients modernize inspection workflows while maintaining full control over data quality and reporting fidelity.
Core Components of Laser Scannng Robots
In addition to offering products and systems developed by our team and trusted partners for Laser Scanning Robots, 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.
- Energy Systems (solar-assist, hybrid) – LoRaWAN Accessories power remote sensor setups during prolonged risk inspections.
- Laser Sensors / LiDAR Modules – Optical & Imaging Sensors create detailed surface maps of insured assets for precision damage tracking.
- Mobility Platforms (wheeled/tracked) – Zigbee Accessories enable integration of mobility modules into robot-assisted structural evaluations.
- Onboard IMU/GPS Systems – GPS IoT Tracking Accessories enhance location accuracy during drone-based inspections of insured buildings.
- Collision Avoidance Systems – Proximity & Presence Sensors safeguard navigation in tight structural areas like parking garages or tunnel assessments.
- SLAM-Based Navigation Engines
- 3D Point Cloud Generation and Processing Tools
- Real-Time Mapping and Anomaly Detection Algorithms
- Customizable Scan Scheduling and Control Interfaces
- Remote Robot Control and Monitoring Platforms
- Data Archival, Sharing & Collaboration Tools
- AI-Based Analytics and Predictive Maintenance Alerts
Key Features and Functionalities
- Fully autonomous or semi-autonomous scanning routines
- 360° panoramic coverage with high-density 3D point clouds
- AI-driven defect detection (e.g., cracks, spalling, displacement)
- Remote operation capabilities for hazardous or inaccessible zones
- Seamless transfer of scan data to BIM or CAD software
Integrations and Compatibility
- Compatible with industry-standard BIM tools (Autodesk, Revit, Navisworks)
- Interfaces with inspection management platforms via API
- Supports wireless integration with drones and aerial mapping systems
- Syncs with GAO RFID asset tracking systems for facility-wide monitoring
Benefits of Laser Scanning Robots
- Reduces time and cost of manual inspection
- Enhances worker safety by reducing on-site exposure
- Provides accurate, repeatable measurements for condition tracking
- Enables faster diagnostics and maintenance planning
- Offers scalable deployment across multiple infrastructure types
Applications
Bridge deformation and clearance assessment
Building envelope inspection and documentation
Tunnel geometry mapping and lining evaluation
Historical structure preservation and modeling
Industrial plant layout scans and retrofits
Industries We Serve
Civil and Structural Engineering
Transportation and Infrastructure
Architecture and Urban Planning
Oil & Gas and Industrial Facilities
Disaster Management and Public Safety
Relevant U.S. & Canadian Industry Standards
- ASTM E3125 – Standard Guide for Evaluating the Performance of LiDAR-Based Measurement Systems
- ASCE 38-22 – Standard Guidelines for Utility Infrastructure and Subsurface Mapping
- CSA S6 – Canadian Highway Bridge Design Code
- ISO 17123-6 – Field procedures for testing geodetic and industrial instruments
- NIST Guidelines for Robotic Systems in Civil Infrastructure
Case Studies
U.S. Case Study 1: Smart Tunnel Profiling in Chicago, IL
A major utility company in Chicago used laser scanning robots for real-time tunnel deformation monitoring beneath an aging subway line. Automated Structural Tech deployed a wheeled robot with LiDAR and GPS capability, achieving 5mm accuracy and enabling predictive repair modeling.
U.S. Case Study 2: Post-Earthquake Assessment in Los Angeles, CA
Following a seismic event, our team partnered with a local engineering firm to deploy laser scanning robots for multi-level commercial buildings. The scans provided rapid, floor-by-floor 3D profiles, highlighting tilt and deformation across structural columns.
Canadian Case Study: Bridge Surface Modeling in British Columbia
A provincial transport agency in British Columbia contracted Automated Structural Tech to generate a 3D model of a key highway bridge. Laser scanning robots enabled complete deck and girder analysis under live traffic conditions. Integration with CAD tools streamlined repair planning.
Want to learn more about how Laser Scanning Robots
can elevate your structural testing workflows?
Contact us here for expert support, product inquiries, or to request a customized demo. Let Automated Structural Tech
help you take your infrastructure intelligence to the next level.