Explore efficient non-destructive bridge assessment solutions
Visual inspection
Transform bridge assessment with efficient data collection workflow and fast reporting.
Rebar & object detection
Detect the rebar configuration and PT cables with 2D, 3D and AR visualization modes.
PT cable grouting inspection
Deliver a fast and reliable way to detect ungrouted areas in post-tension cables.
Concrete strength testing
Evaluate concrete compressive strength and identify areas of potential weakness.
Concrete uniformity check
Achieve a comprehensive assessment of concrete uniformity, quality and thickness.
Corrosion assessment
Map areas of high corrosion risk with real-time data visualization and analytics.
Rebar cover assessment
Accurately measures the thickness of concrete cover over reinforcing bars.
Subsurface mapping
Revolutionize surface crack detection, A/C layer analysis, and rebar monitoring.
Resistivity testing
Rapidly assess concrete surface and bulk resistivity with accurate data results.
Hardness testing
Ensure accurate and reliable hardness testing of metal PT system components.
Bridge the gap between structural health monitoring and real-time data
Streamline visual inspection
with intelligent software
Traditional bridge inspection methods can be time-consuming, labor-intensive, and prone to human error. Intelligent inspection software offers a transformative approach to bridge assessment, empowering with comprehensive data-driven insights and fast reporting for informed decision-making and preventive maintenance. Eliminate revisits to the same spot, or spending hours compiling data into reports. With Screening Eagle Inspect software, you can ensure nothing is missed and all findings are geolocated to their exact spot on the bridge.
Detect rebar and PT cables
with ground penetrating radar
GPR offers a groundbreaking solution for non-destructively locating rebar and post-tension cables in bridges with remarkable precision. Gain valuable insights into the rebar configuration and post tension cables and transform your bridge assessments. With Screening Eagle's Proceq GPRs, you can easily locate and map rebar and the entire PT duct layout to check they are properly placed or for any potential anomalies. Visualize the data in 2D, 3D or augmented reality (AR).
Assess post-tension cables
with ultrasonic pulse echo and impact echo
Maintaining the integrity of post-tension cables is crucial for the safety and longevity of bridges. Ungrouted areas, or voids around post tension cables can compromise their structural integrity, potentially leading to catastrophic failures. Ultrasound pulse echo (UPE) and impact echo (IE) are two non-destructive testing (NDT) methods that deliver a fast and reliable way to detect ungrouted areas in post-tension cables.
Evaluate concrete compressive strength
with rebound hammers
Assess the structural integrity of your bridges with the quick, non-destructive, and reliable method of rebound hammer testing. This advanced technique measures the surface hardness of concrete, providing an accurate indication of its compressive strength. With Schmidt rebound hammers, you can easily identify areas of potential weakness on bridge decks, flyovers and underpasses, enabling proactive maintenance and ensuring long-term structural integrity.
Check concrete uniformity
with ultrasonic pulse echo
Concrete is not always uniform within its structure, often containing hidden flaws and anomalies that can compromise its structural integrity. To ensure the quality and safety of concrete structures, it is essential to check uniformity. With a portable ultrasound pulse echo imaging system like the Pundit PD8050, you achieve a comprehensive assessment of concrete uniformity, quality, thickness and birth defects. It can also be used to identify optimum coring locations as specified by EN13791.
Assess rebar corrosion
with half-cell potential technology
Protect reinforced concrete bridges from the constant threat of corrosion with half-cell potential, a straightforward yet powerful method for evaluating the likelihood of corrosion. With the Profometer PM8500 corrosion sensor and intuitive software on the iPad, you enable rapid and reliable on-site scanning, empowering you to easily pinpoint and map areas of high corrosion risk with real-time data visualization and analytics. Save costs by identifying and mitigating corrosion damage before it becomes extensive.
Check concrete cover and diameter
with concrete cover meters
Protect bridges against the effects of rebar corrosion by implementing eddy current technology for precise concrete cover assessment. This advanced non-destructive testing method accurately measures the thickness of concrete cover over reinforcing bars (rebars). Adequate concrete cover ensures that rebars remain protected from harmful elements, preserving the strength and durability of your critical infrastructure. Visualize the data as 2D line scans, area scan views, heat maps and even augmented reality for clear analytics and understandable reporting.
Scan bridge decks
with subsurface mapping GPR
Revolutionize surface crack detection, A/C layer analysis, and rebar monitoring on bridge decks with subsurface mapping GPR. Assess the condition of any size bridge decks and create 3D visualizations and detailed maps of what lies beneath including pipes, cables, and rebar, to generate Likelihood of Deterioration Maps and Condition Maps for swift decision making. Subsurface mapping GPR can also be used to create clear as-built documentation of bridges to track the structure over time.
Test concrete resistivity
with a concrete resistivity meter
Concrete resistivity to electrical current is a crucial indicator of its quality and durability. For bridges, where concrete plays a vital role in structural integrity, resistivity testing provides valuable insights into the likelihood of corrosion and potential structural deterioration. Low concrete resistivity indicates higher probability of corrosion. With an easy-to-use solution like the Proceq Resipod resistivity meter, you can rapidly assess concrete surface and bulk resistivity with accurate data results.
Test hardness of post-tension cables
with the Leeb portable hardness tester
Load-carrying components like anchor heads and bearing trumplates are of key importance for Post-Tension (PT) systems for bridges. Before being installed on site, the hardness of those components should be checked to ensure enough strength. Using a convenient method like the Equotip 550 Leeb D, or Equotip Live Leeb D portable hardness testers, you can ensure accurate and safe quality assurance of all metal post tension system components.
Have multiple requirements, or not sure of the best equipment for bridge inspection?
Our product specialists will help guide you through the process of finding the right solution for your needs.
