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Compared to non-destructive testing equipment, the accuracy has significantly improved!
In addition to measuring surface deterioration and delamination, we have achieved strength estimation of concrete that is less susceptible to the effects of surface degradation through our unique research.
Non-destructive testing device that simply strikes a concrete surface with a hammer for a measurement time of 2 seconds.
The "Concrete Tester CTS-02" measures surface deterioration and delamination, and through unique research, it has achieved a concrete strength estimation that is less affected by surface degradation. The measurement results have significantly improved accuracy compared to conventional hammer-type non-destructive testing devices. Data can be output and processed on a computer, making report creation easy. This eagerly awaited non-destructive testing device streamlines on-site work with a simple and speedy measurement method, enabling thorough data analysis.
Non-destructive testing device that only strikes a concrete surface with a hammer for a measurement time of 2 seconds. NETIS registered product: HK-060013-A.
The "Concrete Tester CTS-02" measures surface deterioration and delamination, and through unique research, it has achieved concrete strength estimation that is less affected by surface degradation. The measurement results have significantly improved accuracy compared to conventional hammer-type non-destructive testing devices. Data can be output and processed on a computer, making report creation easy. This eagerly awaited non-destructive testing device streamlines on-site work with a simple and speedy measurement method, enabling thorough data analysis. ***Technical Points*** Since it only requires striking the concrete surface with a hammer, anyone can easily perform the measurements. Unlike the traditional inspection method of tapping, all measurement results are automatically recorded, providing objective point results. Additionally, measures have been taken to ensure that concrete strength is obtained without being influenced by the condition of surface deterioration.
![Concrete Tester "CTS-02V4" [Rental]](https://image.mono.ipros.com/public/product/image/613/2000455450/IPROS57854096792603859495.jpeg?w=280&h=280)
It is a non-destructive testing device for assessing the compressive strength of concrete structures.
【Features】 ■ Capable of measuring the strength of high-strength concrete. ■ The measuring device operates on four AA batteries. ■ Measurement results are displayed on the screen in about 1 second. ■ Approximately 500,000 measurement data can be recorded in the device along with waveform data. ■ If the number of impacts at the same measurement point exceeds 20, it will switch to the conventional point mode. * For more details, please refer to the PDF document or feel free to contact us.
![Concrete Tester "CTS-02" [Rental]](https://image.mono.ipros.com/public/product/image/04d/2000486131/IPROS68073074819680343379.jpeg?w=280&h=280)
It is a device for estimating the compressive strength of concrete using non-destructive methods.
By measuring and analyzing the time waveform of the impact force when striking concrete with a hammer, it has become possible to estimate the compressive strength of concrete simply and with high accuracy. Additionally, not only can the compressive strength of concrete be assessed, but it is also possible to detect the degree of surface deterioration of the concrete and the presence of delamination or lifting near the surface as supplementary information. 【Features】 ■ Capable of measuring the strength of high-strength concrete. ■ The measuring device operates on six AA batteries. ■ There are two types of measurement modes: Area mode for conducting health diagnostics and Point mode for estimating compressive strength at specific points.
Connectable with a computer via USB! Functions as a USB device!
CTS-02V4 is a non-destructive testing device for assessing the integrity of concrete structures by measuring the compressive strength of concrete. It strikes the concrete with a hammer and measures the mechanical impedance from the impact force waveform to estimate the compressive strength of the concrete. The accuracy of strength estimation for concrete structures has been further improved. It can record up to 500,000 measurement data points. For more details, please contact us.
