Our concrete penetrating radar systems from Mala, JRC and Proceq enable you to locate and identify energized power cables, rebar, post-tension cables and many other metallic and non-metallic objects. All of our concrete radar inspections systems are portable and lightweight making them the perfect choice for any task.
To find out more, please click on a product from the list. At Pine, we specialize in delivering total equipment solutions and providing technical advice on what to rent, and how to use it; the availability of our rental fleet is second to none, and all our equipment is always tested and delivered ready to use.
The StructureScan™ Mini is GSSI’s all-in-one GPR system for concrete inspection. This hand held system locates rebar, conduits, post-tension cables, voids and can be used to determine concrete slab thickness in real-time. The StructureScan Mini safely locates metallic and non-metallic targets within concrete structures up to a depth of 20 inches. The system incorporates an auto target feature that marks the detection of features of interest. This function also estimates the depth of targets and automatically adjusts the depth scale. The StructureScan Mini is offered in two versions— the original or the StructureScan Mini with 3D.
The StructureScan™ Mini HR is GSSI’s all-in-one high-resolution GPR system for concrete inspection. With a 2600 MHz antenna, this handheld system locates rebar, conduits and post-tension cables in depths of up to 16 inches (40 cm). The StructureScan Mini HR is available in two models; 2D, for real-time target location and 3D, for an x-ray like image. Ideal for complex areas, the StructureScan Mini HR can delineate small targets with superior vertical and horizontal resolution.
Available now to rent from Pine. The CX-11 is the world’s first system to combine Radar and Electro-Magnetic (EM) technology to locate and identify energized power cables, rebar and post-tension cables. The system includes a field rugged, all metal display and controller with high impact glass. The CX11 is equipped with a transreflective (TFT) screen for better viewing in direct sunlight. Features include the ability to rapidly scan areas for 2D locating and to mark targets or collect data on a grid mat supplied with the system, for “in the box” 3D imaging in the field for instantaneous results.
The MALA CX Concrete imaging system is an easy to use, Ground Penetrating Radar (GPR) system that is designed for non-destructive investigation and imaging of concrete and other structures. Construction professionals involved in the cutting,coring, or drilling of concrete structure require a safe and reliable means of inspecting work areas to locate and indentfy hidden features that could cause damage to machinery, or pose a danger to the operator or structure during these activities.
The MALA CX-12 system allows you to scan concrete structure simply and safely in different measurement modes such as; 2D, and 3D Grid- and Object Mapper- which projects and presents data clearly for real-time data acquisition and analysis. The MALA CX-12 comes with 3D Vision software which was primarly designed to enhance processing and visualization of GPR data. The software improves the 3D Grid Project functionality and allows the user to manage and adjust the 3D Grid Project data collected while using the 3D system.
The Profometer 5+ cover meter is a sophisticated device for the non destructive location of rebars and for the measurement of concrete cover and bar diameters, using the eddy current principle with pulse induction as the measuring method. As well as detecting the rebar diameter accurately to the millimeter by only one measuring procedure, the cover meter Profometer 5+ offers the transmission of the measured data to a PC. This supersedes the time consuming business of note taking, allowing the user to focus on the essential. Proceq offers two different models of the Profometer 5+ cover meter, each designed to meet the individual needs of the customer:
Profometer 5+ cover meter Model S (Basic Unit) performs the following functions:
The following standards can be applied to the cover meter: BS 1881 part 204 / DIN 1045 / SN 505 262 / DGZfP B2 (recommendation)
The Profoscope is a versatile, fully-integrated rebar detector and cover meter with a unique real-time rebar visualization allowing the user to actually “SEE” the location of the rebar beneath the concrete surface to a maximum depth of 180 mm. This is coupled with rebar-proximity indicators and optical and acoustical locating aids. Rebar diameter can also be estimated within the specified testing range. The Profoscope combines these unique features in a compact, light device that allows the user to operate this rebar detector with one hand making the task of locating rebars a simple and efficient process. In addition, Proceq’s rebar detector convinces through its intuitive user interface making rebar detection easy.
The Pundit Lab is an ultrasonic pulse velocity (UPV) test instrument which is used to examine the quality of concrete. It features online data acquisition, waveform analysis and full remote control of all transmission parameters. Along with the traditional transit time and pulse velocity measurement, the ultrasonic test equipment Pundit Lab offers path length measurement, perpendicular crack depth measurement and surface velocity measurement.
Optimized pulse shaping gives greater transmission range at lower voltage levels. This, coupled with automated combination of the transmitter voltage and the receiver gain, ensures an optimum received signal level, guaranteeing accurate and stable measurements. An integrated waveform display allows manual triggering of the received waveform.
Proceq Schmidt® concrete testers are used for the non-destructive measurement of the concrete/mortar compressive strength and the control of the uniform concrete quality (in-situ concrete and prefabricated structures) as well as for detecting weak spots. The compressive strength (fc) is established by measuring the hardness (rebound value R) of the concrete surface and with the conversion curves. ORIGINAL SCHMIDT® Concrete test hammers with various impact energies can be used depending on the form and sizes of the concrete structures (lower impact energy for thin and/or weak components).