Technology is continuously breaking new ground, revolutionizing and upgrading automation on a daily basis. Jobs that require working with concrete now has an easy, safe, quick, and effective way to find any type of obstruction that is buried in the concrete before attempting to core, cut or drill. This process is termed as concrete imaging concrete scanning.
What is Concrete Imaging?
Concrete imaging concrete scanning is an application used to x-ray concrete to locate the position or depth of any object that is embedded within a concrete structure such as steel bars also known as rebars. More and more companies today are requiring this detection process before starting to work on projects that involves concrete projects.
How does it work?
In order for the equipment to work properly, concrete should be completely set in advance of scanning and imaging. During the x-ray concrete process, ground penetrating sonar sends out waves through the concrete to scan for any matter that may be embedded. Once the waves come into contact with an object, metal will reflect the waves back to the imaging machine, pinpointing location of the object. The areas are marked to alert the workers so that they can work around them.
Benefits of Concrete Imaging
• Concrete imaging concrete scanning requires shorter wavelengths and lower frequencies which allow the usage of scanners that have smaller transmitters and antennas.
• Using concrete imaging concrete scanning during the construction phase of a project will prevent unnecessary damages and accidents.
• This process takes all of the guess work out of the equation, allowing the engineer or the contractor to obtain precise information that alleviates the unnecessary cost of change orders.
• Due to the speed of concrete imaging, one person or a team of people can scan hundreds of square feet in a day yielding quicker and dependable results.
• Another benefit of concrete imaging is that it can view 3D results on screen while working on the project.
Usages of Concrete Imaging
• Concrete imaging can be used in the design and construction phase of a project during a disruption of services.
• This technology makes it possible to x-ray concrete and locate rebar, tension cables, conduits, voids and even measure slab thickness; therefore, it is able to map out the structure of the concrete for future references.
• The system can very accurately locate and identify objects during the x-ray concrete course of action that are located at a depth of up to 24 inches beneath concrete structures.
This new technology has made construction safer for companies’ employees across the United States, such as in Miami, Florida. In the past, Florida building constructors have had to dig new ground blindly. They would be exposed to working environments where digging was done without knowledge of what was embedded beneath the surface, hiding dangerous situations.
This new technology has offered Florida construction industries a safer and better way to get the jobs done throughout Florida including major cities like Miami. Constructions workers in Miami can now work fully aware of the underground dangers and where they are located. Concrete imaging equipment is making its mark as technology continues to take it to the next level of safety in Miami as well as across the nation.