8 Benefits of Concrete Scanning

In the construction industry, nothing is more important than ensuring safety and structural integrity. Concrete scanning through the use of ground penetrating radar (GPR) plays a big part in achieving this goal. This non-invasive method of seeing what lies inside the concrete offers a slew of time- and cost-saving benefits. Learn what makes this technology so crucial before sawing or drilling into concrete.

1. Precision: One standout benefit of concrete scanning is its ability to precisely locate embedded objects like rebar, post-tension cables, and conduits within concrete structures. GPR is capable of lateral detection within 1/4 inch, with an accuracy of 85 to 90 percent, depending on the depth. This precision is vital for preventing structural damage during renovations or repairs.
2. Safety: Concrete scanning technology reduces the risk of job site accidents. Without it, there’s a very real chance of cutting through hidden electrical conduits, which could cause electrocution.
3. Speed: Concrete scanning with GPR technology is the fastest way to scan large areas. The standard scanning area is typically two square feet, which takes about 10 minutes to scan and mark.
4. Cost efficiency: Using GPR for concrete scanning is an inexpensive way to make your workplace safer. Accurately identifying the position of embedded objects reduces the need for repairs or additional work that may result from harming these elements. This capability saves money directly by avoiding damage and indirectly by minimizing project delays.
5. Ability to locate voids: Voids, or air gaps, can develop beneath concrete slabs due to erosion, water damage, or soil settlement. GPR can locate these voids to identify the risk of concrete slab collapse. This diagnostic capability is invaluable for ensuring the longevity of your concrete structures.
6. Non-invasive technology: Another major advantage of GPR is its non-invasive nature. Unlike other methods like X-ray scanning, GPR does not require access to both sides of the concrete slab and is safe to use without evacuating the job site, as it doesn’t emit harmful radiation. These features make GPR particularly useful for slab-on-grade concrete and busy commercial or industrial environments where minimal disruption is ideal.
7. Real-time results: The real-time data acquisition and analysis provided by GPR means it’s faster and easier to make decisions and follow through with the appropriate actions. As a result, concrete scanning integrates smoothly into the workflow of any construction project.
8. Flexibility: The portability and ease of use of modern GPR concrete scanning equipment allow it to be used in various settings and orientations, meaning you can scan ceilings, walls, floors, or any other surface with ease.

If you’re looking for concrete scanning services in Texas or Louisiana, Ashton Sawing and Drilling LLC has you covered. We know how important professional concrete scanning is for your construction or renovation project. That’s why we use the latest scanning equipment to ensure fast, efficient readings that won’t set you back. Our commitment to competitive pricing and excellent customer service allows us to meet your needs effectively and safely. Contact us today to learn how we can help with your next construction project in Dallas, Houston, Baton Rouge, or New Orleans.