Sturdy but with a 2-year warranty! Easy to use even for beginners! A rebar detector using electromagnetic wave radar technology that displays embedded objects inside concrete like an X-ray!
You can check the cover thickness of embedded objects in concrete. For confirming cover thickness in construction management. You can check the thickness of concrete walls and slabs. For confirmation tasks in construction management and design supervision. You can grasp the arrangement of rebar and the status of embedded piping in concrete. Necessary for confirming arrangements for structural safety checks and repair planning. You can avoid interference with embedded objects during drilling into concrete. For understanding the position of embedded objects for core drilling and anchor installation.
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basic information
This is a buried object detection system using electromagnetic wave radar technology. Both the main unit's performance and inspection methods comply with the Japan Non-Destructive Testing Association standard "NDIS 3429:2011." The display screen is full color and supports Japanese text. You can check Japanese help files on the scanner, monitor, and PC software. The monitor and PC software allow you to view results in 3D images that can be rotated in three dimensions.
Price information
Price: 2.8 million yen / 3.4 million yen For more details, please feel free to contact us.
Price range
P5
Delivery Time
P3
※The delivery time may vary depending on the quantity, so please feel free to contact us.
Applications/Examples of results
You can confirm the cover thickness of embedded objects in concrete. This is useful for verifying cover thickness in construction management. You can check the thickness of concrete walls and slabs, which is important for verification tasks in construction management and design supervision. You can understand the arrangement of rebar and the status of embedded piping in concrete, which is necessary for structural safety verification and planning repairs. You can avoid interference with embedded objects when drilling holes in concrete, allowing for easy identification of embedded object locations for core drilling and anchor installation. ■Advantages You can immediately confirm the position of embedded objects in the floor plan and the cover thickness or multiple layers in the cross-section on the same screen after scanning. Using a monitor or PC software, you can display in 3D and easily grasp the depth of the exploration area. Raw data is processed and displayed using proprietary technology, and no specialized knowledge or experience is required for analysis. (Raw data display is also possible.) The position of embedded objects and cover thickness can be quickly understood through exploration with the scanner alone. If there are known embedded objects with a known cover thickness, guided settings for dielectric constant can be easily performed. Embedded objects in diagonal directions can also be explored.
Line up（3）
| Model number | overview |
|---|---|
| FerroScan PS200 | This is a rebar detection device using electromagnetic induction method. It accurately measures the cover thickness of rebar up to about 100mm! It estimates the diameter of rebar up to about 60mm. It displays the rebar arrangement like an X-ray. |
| Multi Detector PS38 | A low-cost, simple hybrid concrete internal inspection device. It can detect rebar, non-metallic objects, and live wires up to a practical value of 100mm. |
| Rebar Detector PS35 | This is a rebar detection device using electromagnetic induction method. It is simple, but it is the lowest price for a rebar detection device that can measure and detect with solid accuracy! |
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Company information
Many of the social infrastructures such as roads, tunnels, bridge piers, railways, water supply and sewage systems, and ports, which were intensively developed after the period of rapid economic growth, will reach over 50 years since their construction around 2030. There are concerns about the aging of social infrastructure. Additionally, due to the declining birthrate and aging population, Japan is facing a decrease in its population, leading to challenges such as labor shortages and worsening fiscal conditions. As a result, there is a growing demand for establishing a maintenance cycle for future social infrastructure, with increasing needs for "inspection," "diagnosis," "repair," and "renewal." Measurement technology services aim to contribute to the development of social infrastructure and a society where people can live with peace of mind by providing services based on the "knowledge," "experience," and "technology" cultivated since its founding in 1995. These services include the sale, repair, and calibration of non-destructive testing equipment and buried object detection devices, as well as customization and development of equipment and software, rental services, consultation for surveys, dispatching instructors, and holding seminars.