PCTE offers advanced concrete-scanning equipment that provides accurate, real-time data to professionals in construction, engineering, and inspection. Our GPR concrete-scanning equipment is essential for evaluating concrete structures and detecting reinforcement, voids, and other subsurface anomalies without causing damage. Whether you’re looking to purchase concrete scanners for sale or invest in high-quality concrete GPR systems, PCTE has the right solution to meet your needs.

PCTE sells Proceq's range of concrete GPR for scanning, structural investigation, and safety clearance prior to concrete cutting. A trial GPR hire is also available to ensure the system meets your needs.

The Proceq GP8000 and GP8800 are single-antenna/single-channel concrete GPR units. They are most commonly used for mark-and-locate scanning before concrete is cut or drilled into or as an inspector's tool for investigating unknown structures.

Proceq's GP8100 is a multichannel high-frequency GPR system and the fastest handheld tool available for creating large 3D scans within structures, pavements, or bridge decks.

The Proceq GS9000 is cart mounted with a larger 35 + 15 channel array with dual polarisation in the GX1 antenna configuration, suitable for the largest projects and most complex infrastructure investigation.

The GM8000 Multi-Channel Ground Penetrating Radar system is a high-performance array-based GPR solution designed for large-area subsurface investigation and infrastructure assessment. Positioned at the upper tier of GPR systems, it is suited to projects where coverage speed, data density and spatial accuracy are critical.

The most efficient multichannel GPR system with real-time 3D visualization, interchangeable GPR arrays cover structure or underground mapping applications.

The GP8000 is a portable concrete GPR radar. Faster, easier concrete inspections and structural imaging with SFCW ground penetrating radar technology.

The Proceq GP8800 is a ultracompact, wireless, ground penetrating radar (GPR) system for concrete. It is used as a concrete scanner to locate rebar, post tensioning, embedded conduits and other embedded objects, with the ability to fit into tighter places than other GPR.

Proceq's GP8100 is a highly productive portable concrete GPR array, built for fast scanning of large areas and to quickly locate objects in concrete structures.

Experience the PCTE Advantage for Concrete Scanning Equipment

With years of experience and a strong track record in providing concrete GPR solutions, PCTE is the go-to supplier for reliable concrete scanning equipment. Our products offer precise, non-invasive scanning of concrete surfaces, helping you detect structural issues before they become a problem.

  • High-Resolution Imaging: Our concrete GPR systems offer high-quality scans to detect reinforcement, voids, and cracks within concrete structures.
  • Portable and Easy to Use: Concrete scanners for sale from PCTE are lightweight, portable, and designed for ease of use in the field.
  • Advanced Technology: Equipped with the latest GPR technology, our concrete scanning equipment provides real-time data with unmatched clarity and depth.
  • Comprehensive Support: PCTE provides ongoing support and training to help you get the most out of your GPR concrete scanning equipment.
  • Durability for Large Projects: Designed to handle large-scale projects, our GPR concrete scanning equipment ensures reliable results on complex infrastructure works.

Concrete GPR: Why Choose It for Your Testing Needs?

Ground Penetrating Radar (GPR) is a non-invasive technique that provides real-time subsurface images of concrete structures. Concrete GPR is commonly used to detect embedded reinforcement, assess concrete thickness, and locate voids or cracks without damaging the surface. PCTE’s GPR concrete-scanning equipment is designed to make concrete inspections quicker, safer, and more efficient.

Using concrete-scanning equipment enables precise mapping of subsurface conditions, providing crucial information to engineers and contractors before drilling or cutting. Whether you're performing routine inspections or analysing complex structural conditions, PCTE’s concrete GPR systems ensure accurate results that help you make informed decisions.

Explore More of Our Range

Discover our high-performance products tailored to drive the success of your projects:

  • Construction Testing Instruments & Tools: A comprehensive selection of tools for testing construction materials, ensuring they meet strict safety and quality standards.
  • Software Solutions: Cutting-edge software that supports data analysis, result documentation, and efficient reporting, enhancing your testing workflow.
  • Non-Destructive Testing (NDT): Our GPR equipment enables detailed assessments of materials without causing damage, making it ideal for structural and underground testing.
  • CMT Laboratory Equipment: Whether testing soil or concrete, our equipment delivers consistent, accurate results across a range of materials.

Warranty & Returns

PCTE provides a warranty on all concrete scanning equipment, ensuring that you can rely on our GPR concrete scanning equipment for years to come. Returns are accepted within 7 days if the equipment is unused and in its original condition. For more information, please refer to our Warranty & Returns Policy or contact us via Contact Us for further assistance.

Shipping & Delivery

PCTE offers fast, reliable delivery of all GPR concrete-scanning equipment. While delivery times are estimates, we work diligently to ensure your concrete scanning equipment arrives promptly. For any questions regarding delivery or shipping, please refer to our Shipping & Delivery Policy or contact our team via the Contact Us page.

FAQs

What is concrete scanning equipment used for?
Concrete scanning equipment is used to evaluate the condition of concrete structures by detecting internal elements like reinforcement, voids, cracks, and other subsurface anomalies. GPR concrete-scanning equipment provides precise, real-time imaging without damaging the concrete.
How does a concrete GPR scanner work?
A concrete GPR scanner uses electromagnetic waves that penetrate the concrete surface and reflect when they encounter objects such as rebar, pipes, or voids. These reflections are captured and processed to create a visual representation of the subsurface, enabling professionals to identify hidden features without invasive methods.
What types of concrete scanning equipment does PCTE offer?
Concrete GPR: Ideal for concrete inspection, detection of reinforcement, and voids.

Subsurface GPR: Designed for mapping underground utilities and other subsurface structures.

GPR Arrays: Multi-sensor systems for fast and detailed scans of large areas.

Utility Location GPR: Specialised for detecting and mapping underground utilities like pipes and cables.
What are the benefits of using GPR concrete scanning equipment?
The main benefits of using GPR concrete scanning equipment include non-invasive testing, real-time data acquisition, high accuracy, and the ability to detect issues without damaging the concrete surface. It’s an essential tool for construction professionals to ensure the integrity and safety of concrete structures.
How accurate is concrete scanning equipment?
PCTE’s concrete scanning equipment is highly accurate, providing clear, detailed images of subsurface elements. Our GPR concrete systems are designed to meet industry standards, ensuring precise detection of rebar, cracks, voids, and other structural anomalies within concrete.
How often should concrete scanning equipment be calibrated?
For optimal performance, it’s recommended to calibrate your concrete scanning equipment annually or after extensive use. Calibration ensures the system delivers accurate, consistent results, helping you avoid errors in subsurface analysis.
Can concrete scanning equipment be used on all types of concrete?
Yes, GPR concrete scanning equipment can be used on most types of concrete, including reinforced concrete, precast concrete, and thin slabs. It is a versatile tool that helps detect embedded elements such as steel reinforcement, electrical conduits, and other objects hidden within concrete.