Two-way probes

These probes have two axial coils for detecting longitudinal defects, and two cross-axis coils for detecting longitudinal and transverse defects.

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Rigid EC probes

These probes are designed for inspecting straight tubes. This type of probe may feature a PEEK plastic/stainless steel protective ring or front and rear guides, to extend its service life. They can be fitted with centring cones for improved centring in the tube. These probes are available with a sheath or a clip-connector.

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Reference tubes for calibrating axial, RFT, NFT and ECT probes

Tubes with side-drilled holes, flat-bottomed holes, internal and external grooves, and notches. Plate simulation.

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Calibration step blocks with artificial defects

US calibration block, fully configurable to suit your requirements. The number of steps, step dimensions, number of artificial defects and defect dimensions can all be custom-specified. Flat-bottomed hole: Ø0.4mm or larger. Calibration notch: mouth width of 0.1mm or larger.

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Rigid NF probes

Our rigid probes are available in a range of diameters from 9mm to 26mm. These probes are protected by a stainless steel sleeve that considerably increases their service life.

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Flexible NF probes

Our near field probes larger than 26mm in diameter are flexible, to facilitate inspection tasks. Each of the probe's constituent modules is centred by means of interchangeable brushes, and modules are interconnected by hollow shafts with a high tensile strength.

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Rigid RF probes

Our rigid probes are available in a range of diameters from 9mm to 26mm. These probes are protected by a stainless steel sleeve that considerably increases their service life.

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Propulsion sheaths

Our sheaths are available with M9 or M12 quick-connect fittings, depending on the diameter of the probe to be connected: 10mm ≤ Øprobe < 13mm: M9 connector / Øprobe ≥ 13mm: M12 connector

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Flexible RF probes

Our remote field probes larger than 26mm in diameter are flexible, to facilitate inspection tasks. Each of the probe's constituent modules is centred by means of interchangeable brushes, and modules are interconnected by hollow shafts with a high tensile strength.

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