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In this extensive guide tailored for construction professionals and project managers, we’ll walk through the ABCs of slab scanning!

For anyone with a hardhat, understanding and harnessing the power of GPR in construction is not just advisable—it’s essential.

Ground Penetrating Radar (GPR) is critical for modern construction projects. Let’s see the essential steps to this technology.

GPR offers a window into the earth and uncovers its environmental impact and critical data. Let’s take a look at how.

Void detection is an indispensable aspect across diverse industries such as construction, geotechnical engineering, mining, and archaeology.

GPR scanning has opened up new avenues of exploration and enhanced our understanding of the world under our feet. Let’s look at the benefits!

In the complex web of construction and maintenance projects, the role of a utility locator is pivotal. Read to find out more.

Ground Penetration Radar (GPR) has allowed us to discover anomalies. It is easy to imagine the uses of GPR in archaeology. Let’s discover why.

Concrete scanning is a method that is used to uncover hidden features within the concrete slab. Let’s find out how it can be used.

Concrete scanning is a crucial process in the construction industry. Read on to find out what equipment is used throughout the process.

This article delves into the challenges posed by urban environments and how GPR technology provides solutions for effective utility locating.

An essential yet often overlooked step before undertaking any excavation project is to ‘Dial Before You Dig’. Let’s delve into the details.

Concrete scanning is a non-destructive technique used to reveal what’s hidden within concrete structures. Let’s explore!

In this article, we will delve into the features of the Flex NX and discuss how this scanner is propelling South-East Scanning to new heights!

Let’s explore complexities of locating utilities, the technology behind GPR, and alternative solutions when traditional methods fall short.

Suspended concrete slabs play a crucial role in buildings. Here are the five key aspects to consider when inspecting these slabs.

Ground Penetrating Radar (GPR) concrete scanners have become indispensable tools for construction, civil engineering, and utility locating industries. These devices use electromagnetic waves to penetrate

Let’s take a look at SafeCore, one of our partners. We’ll go into what they do, how they achieve it, and how they can help you!

Let’s talk about stage inspections. These are critical in ensuring the quality and safety of your new build, and here’s why.

Professional concrete cutting services offer distinct advantages. Let’s get into why and how South East Scanning can help!

Let’s look at pre and post concrete slab inspection in this latest blog post. Read on to learn more about what this is!

In this blog post, we’ll get into how you locate hidden utilities and how South East Scanning can help with all your scanning needs!

Let’s look at the UPV testing process and showcase a recent case study with Austrak, a leading manufacturer of concrete sleepers for railways.

Lets look at key aspects of concrete scanning, including how it works, the benefits it offers, and its applications across various industries.

In this blog post, we will explore three compelling reasons why you should consider incorporating drones into your surveying workflow.

This article explores detecting electrical conduits, showcasing what is needed to achieve precision and reliability in conduit locating.

We understand the challenges of opening sewer pit lids and Gatic pits. We have the experience and equipment, ensuring that sewer lines can be traced and inspected.

Discover the limitations of GPR technology and how it can help your expectations for locating utilities. Learn more at South East Scanning!

Curious to know aboout drone surveying? Read on to discover how new advancements in UAV technology can greatly improve site surveying outcomes!

In this article, we will delve into the details of these two methods and explore why GPR is the more cost-effective and accurate solution.

In this article, we will explore the importance of locating utilities on private properties, with a particular focus on schools, and why it is essential to use certified locators.

Slab scanning is an increasingly popular technique used by builders, with more contractors learning the advantages of adopting it.

In this comprehensive guide, we will discuss how GPR can be used for bridge deck evaluation and the key factors considered when using GPR for this purpose.

It is vital to use certified locators who have been through the rigors of certification, training, experience, and expertise.

GPR technology is an effective method for identifying cold joints in concrete and evaluating the quality and integrity around the joint area.

Recently, the team was tasked with conducting a series of Ground Penetrating Radar (GPR) scans on a pre-cast T-Girder beam in Brisbane.

3D mapping is an exciting new feature of GPR, enabling non-experts to see things that they may not have been able to see before through the limitations of traditional 2D mapping methods.

To illustrate the importance of dial-before-you-dig services in new building estates, let’s consider a real-life scenario.

Read on for everything you need to know about removing concrete slabs without breaking your back or budget.

South-East Scanning was contracted by SMEC to help with the inspection of a sewerage treatment plant. Let’s see the team in action!

Learn about the best ways to detect voids in concrete slabs and how it can help avoid costly repairs in the future.

Ground Penetration Radar (GPR) is a process which sends radar into solid materials and produces data about objects that may be hidden within.

Underground Service Locating, also known as Underground Utility Locating, is the process of locating underground pipes, cables or assets and marking them.

Ground Penetrating Radar is a geophysical locating technique that uses radio waves to take images below the ground’s surface in a minimally invasive manner.