It is possible to detect defects inside metals that were difficult to identify using conventional eddy current testing methods.
At Kaisei Engineering, we have developed and are selling a non-contact, non-destructive testing device for metals that uses the electromagnetic induction method known as the MDK (Magnetic Detector Kaisei) sensor. This device is capable of detecting defects inside metals, which was difficult with conventional eddy current testing methods. Whether it is ferrous or non-ferrous metals, if you are facing issues with non-destructive testing for internal cracks, fractures, casting porosity, hardening depth, or welding defects, please feel free to consult with us.
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【Features】 ○ By analyzing the received magnetic flux, it is possible to clearly obtain information not only from the exterior but also from the interior of the test specimen. ○ No attenuation of magnetic flux, as seen in eddy current testing methods. ○ Capable of detecting internal anomalies while avoiding surface irregularities of the metal. ● For more details, please refer to the catalog or contact us.
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We have developed and are selling a non-contact, non-destructive testing device for metals that uses the electromagnetic induction method called MDK (Magnetic Detector Kaisei) sensor. It is capable of detecting defects inside metals that were difficult to identify with conventional eddy current testing methods. Whether it is ferrous or non-ferrous metals, if you are facing issues with non-destructive testing for internal cracks, fractures, casting defects, hardening depth, or welding defects, please feel free to consult us.