Non-destructive testing equipment <Joint and defect detector (Eddy current testing method)>
Seam and Defect Detector (Eddy Current Testing Method) VSE-300
It is a non-contact detector using an eddy current sensor.
Eddy current testing involves applying alternating current to a coil, which generates a magnetic flux. When this magnetic flux is applied to a metal, eddy currents (induced currents) are generated on the surface of the metal due to electromagnetic induction. Changes in the flow can be detected as changes in the impedance of the coil and signal variations. The technology required for eddy current testing is a combination of sensor technology that can pick up signal changes, such as defects, with high sensitivity, and advanced circuit technology that extracts necessary information from weak pickup signals.
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basic information
The VSE-300 enables high-precision detection through the latest filtering technology that extracts only the necessary information from weak signals from sensors. As a result, it has made it possible to detect seams and defects beneath plating that could not be detected optically. Additionally, due to its overcurrent flaw detection method, it is resilient to harsh environments such as water, oil, and dust, which are common issues in production sites. It is compact and can be easily set up on-site.
Price information
-
Delivery Time
P4
Applications/Examples of results
For detecting weld seams and joints such as pipes, wheels, gears, and commutators. For detecting defects in precision parts (scratches, cracks, chips, fissures, gaps, spaces). Ideal for automated lines when combined with small sensors.
Company information
We develop and manufacture non-destructive testing systems using our own developed sensors. In addition, we sell distinctive products such as L/D aging devices and flow velocity/flow meters.
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