What is the Hilti PS 1000 X-Scan capable of?

The Hilti PS 1000 X-Scan is a high-resolution pulse radar system designed to provide a "3D window" into concrete. Depth: Seeing through the concrete slab The Hilti PS 1000 we operate is engineered specifically for concrete, meaning its frequency is tuned for high resolution in dense materials. Maximum Depth: The unit can effectively locate objects at a depth of up to 300mm in dry concrete. Device width: The physical device width is 190mm wide, so can get into tight spaces for

Apr 262 min read

Safety on site

Scanning for Safety: Why Experience Matters on Site At Structure Concrete Scanning, we believe the safest job site is an informed one. We work across a diverse range of environments, we are fully Site Safe Passport certified, ensuring we meet New Zealand safety standards before we even step onto your project. Site hazards Every site has its own set of risks. Our experience allows us to quickly assess potential hazards and adapt to the specific needs of the environment. Whethe

Apr 211 min read

Concrete Scanning vs X-Ray – What’s the Difference?

Hilti PS 1000 X-Scan When planning any construction or renovation project, one of the biggest risks is what you can’t see. Hidden inside concrete are steel reinforcements, conduits, pipes, and sometimes even post-tension cables. Damaging these during cutting, drilling, or coring can lead to costly repairs, delays, and serious safety hazards. That’s why professional scanning is essential before work begins. But many people are unsure: should you use concrete scanning or X-ray?

Aug 25, 20252 min read

Recent Blog Posts

The Top 5 Risks of Skipping Concrete Scanning

It can be tempting to skip steps such as using specialized scanning equipment to scan concrete before before drilling, cutting, or coring concrete to safe time or costs, but what lies beneath the surface can turn a routine job into a safety hazard, a financial blowout, or both.

Here are four risks of working blind without scanning first.

1. Striking Reinforcement Steel (Rebar)

Rebar provides essential strength to concrete structures. Damaging it by drilling or cutting not only weakens the structure but can also lead to expensive repairs and compliance issues. In some cases, damaged reinforcement may require engineering assessments or remedial work that delays the project.

2. Cutting Post-Tension Cables

Post-tension cables are under extreme stress. Severing one can be catastrophic—leading to serious injury, structural damage, or even project shutdown.

3. Damaging Electrical Conduits

Hidden electrical conduits run through many slabs and walls. Striking a live cable can cause electric shock, fire hazards, and costly downtime while emergency repairs are carried out.

4. Breaking Water or Gas Pipes

Concrete often conceals plumbing and gas lines. Cutting into these not only causes immediate flooding or leakage but can also damage surrounding finishes, equipment, and safety systems.

Scan Before You Cut: The Smart Choice!

Ground Penetrating Radar (GPR) scanning provides a safe, non-destructive way to see inside concrete.

Concrete Scanning and Earthquake Safety

Earthquake resilience in New Zealand is a top priority for engineers and builders. Strengthening older buildings often means drilling and installing new anchors, bolts, or reinforcements. But before any of that work begins, you need to know exactly what’s inside the concrete.

Earthquake strengthening requires high-precision scanning to not only meet building codes but to actively protect people, assets, and future building performance.

At Structure Concrete Scanning, based in the Bay of Plenty, we provide the essential scanning and accuracy needed before seismic work gets underway.

Address

1/ 72 Jellicoe Street

Te Puke

Bay of Plenty

By Appointment only

Contact

027 374 3497

info@structure.org.nz