XRSounder™ – Concrete Delamination Detection

XRSounder™ is a next-generation, non-destructive method for detecting delamination in concrete slabs. Developed to replace outdated and subjective techniques like chain drag, XRSounder™ delivers instant, objective data on surface-level concrete defects—without the guesswork.
‍
With a digital console interface, compact folding design, and ultra-sensitive accuracy, XRSounder™ empowers inspection teams to make confident, cost-effective decisions in the field. The result: improved safety and precise insights you can trust.

Applications

Preventative Maintenance
‍Detect early-stage delamination to plan proactive repairs and extend asset life.
‍
‍Large-Scale Monitoring
‍Ideal for bridges, parkades, plazas, and large concrete surfaces requiring regular health checks.

‍Repair Planning
‍Quantify the location and extent of defects to accurately estimate concrete removal and replacement.

‍Risk Mitigation
‍Identify and address safety hazards in critical infrastructure before they escalate.

‍Who Uses It
- Municipalities
- Engineers
- Non-Destructive Testing (NDT) Companies
- Inspection Consultants

The Equipment

XRSounder™ is engineered to combine intuitive use with powerful diagnostic capabilities. It integrates an impact-echo-style sensor array and digital analysis into a compact, mobile frame.
‍
Objective & Reliable
‍Data-driven and repeatable—removes subjectivity from inspection.
‍
‍Visual & Instant
‍Live feedback via onboard console offers real-time visualization of structural condition.

‍Accurate
‍Capable of identifying delamination as small as 1 sq ft.

‍Portable & Ergonomic
‍Foldable, lightweight design for easy transport and minimal operator fatigue.

Whether you're managing preventative maintenance programs or overseeing critical structural inspections, XRSounder™ ensures you have the tools to get it right the first time.

Join The Waitlist

Join our waitlist and be among the first to experience XRSounder™ or contact us today to schedule a demonstration or learn how this technology can support your next project.

‍

Contact Us

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.