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A collection of ultrasonic transducers and probe housings of different sizes lies scattered on a dark textured surface.

Our services

Non-destructive
testing

Testing
without a trace

We operate in the field of non-destructive testing (NDT) at the national and international levels and specialize in ensuring the quality of metal products. NDT is a set of techniques for evaluating the integrity of a material without damaging it. These techniques are used in a wide range of industries and applications. Choosing our NDT services means relying on a team of qualified experts and modern technologies. Request a personalized consultation.

Our core services

A conventional ultrasonic contact probe labeled with its frequency is connected by cables to a test setup, photographed close up with bright side light.

Conventional ultrasonic testing

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A phased array ultrasonic probe with attached cabling sits on the edge of a machined steel component, photographed close up in low light during an inspection.

Phased array, TOFD, and FMC ultrasonic testing

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Close-up of an automated scanning system with probe holder and cabling moving along a component during an ultrasonic weld inspection, photographed with a shallow depth of field.

Yankee dryer inspection

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A yellow gammagraphy source projector stands on a concrete floor with its yellow guide tube attached, photographed in low light.

X-ray and gamma radiography

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A large flanged steel component lying on the ground with red penetrant applied to its bore and bolt holes, labeled as a Siemens France cylinder, during a liquid penetrant inspection.

Liquid penetrant testing

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Gloved hands holding an electromagnetic yoke against a steel surface during magnetic particle inspection, with the test area covered in detection medium.

Magnetic particle testing

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A welder in a blue welding helmet works on a steel structure in a workshop while bright sparks fly from the arc.

Visual and dimensional inspection

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A technician with glasses adjusts a bench hardness tester in a workshop, positioning a metal sample under the indenter, with a monitor in the background.

Hardness testing

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Ceramic pad heating elements are wrapped around a pipe near a flange for localized heat treatment, with their cables lying on the ground.

Heat treatment

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An engineer works at two monitors showing a technical drawing and a document, reviewing inspection data in an office.

Level 3 consulting

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Other testing
techniques

Spectrometry for material identification P.M.I. (Positive Material Identification)

with XRF (X-Ray Fluorescence) method

Spectrometry for material identification P.M.I. (Positive Material Identification)

for carbon analysis with OES (Optical Emission System) and LIBS (Laser-Induced Breakdown Spectroscopy) methods

Ultrasonic thickness measurement

Measures the remaining wall thickness of pipes, vessels and tanks from one side, for example to check for corrosion or erosion.

Coating thickness measurement

Checks the thickness of paint, galvanizing and other coatings on metal surfaces without removing them.

Ferrite detection

Determines the ferrite content of austenitic and duplex stainless steel welds, which affects their strength and corrosion resistance.

Eddy current testing

Detects surface and near-surface cracks in conductive materials with an alternating magnetic field, also through paint and coatings.

Leak testing

Finds and locates leaks in vessels, piping and welded joints, for example before a system goes into service.

Thermography

Shows temperature differences on a surface with an infrared camera, for example to find insulation defects, overheating or hidden flaws.

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Not sure which
method fits?

Send us a drawing or the component data. We will propose the method and the standard.