Providing Services Australia-Wide

Our Services


Structural engineer hold up a scanning device with a pole to test the integrity of a concrete beam.

Concrete Scanning

Specialising in concrete scanning, including bridge and defect scanning, our team offers fast response service for time-sensitive projects and immediate safety concerns. Utilising state-of-the-art Ground Penetrating Radar (GPR) technology, we inspect concrete spaces, detecting items like steel reinforcement, post-tension cables, live power, and conduits.

A rolling structural integrity testing tool used by structural engineers to detect flaws in concrete structures.

Non Destructive Testing (NDT)

SureScan’s Non-Destructive Testing (NDT) techniques are essential in ensuring the structural soundness of your projects. NDT refers to a range of inspection methods that go beyond surface evaluations, offering a thorough examination of materials and components without causing any damage.

SureScan structural integrity engineer identifying defects of a concrete structure with a scanning tool.

Defect Identification and Rectification

We understand that things can go wrong on-site. In response, we excel in the crucial phases of defect identification and rectification, presenting advanced solutions to fortify the structural integrity of your projects. Whether you require immediate damage control or prefer a proactive early detection strategy, SureScan tailors its services to your specific needs.

SureScan structural engineer assessing a concrete structure for defects with a scanning tool.

Non-Conformance Report

Outside of the physical scanning and data presentation, our team can assist your team in developing a comprehensive Non-Conformance Report. We can provide both minor and major Non-Conformance Reports typically within a few days post-inspection and investigation.

We service all major cities including Brisbane, Sydney, Melbourne, Adelaide, Perth, Canberra, Darwin and Hobart as well as regional areas.

Be Sure You’re Structurally Sound. Trust SureScan.