APLICAÇÕES


Industry
Oil & Gas
With the M2M equipments and the TFM a great number of corrosion, pitting, HTHA, HIC, etc. problems can be solve for oil and gas companies.

Industry
Aerospace
M2M has develop products and technologies able to inspect many parts of planes. The SAUL technique, qualified by Airbus Composites Aquitaine, represents a response to curved and small shaped parts inspection. SAUL is a fully automated solution using only one probe that does it all.
Industry
Power Generation
From nuclear power plants to alternative energy infrastructures, M2M systems allows phased-array testing of critical parts encountered in the energy sector: metal welds, nozzles, elbows, concrete reinforcements, wind turbine inspection etc.
Industry
Metallurgy
Meant for metallurgy and siderurgy industries, M2M systems respond to NDT inspection from production to maintenance: manufacturing flaws, corrosion, cracking, or other internal or external damage in pipes, tubes, bars, plates, billets etc. can be detected on inline or field inspection.
Industry
Transportation
Commonly used in many transportation industries, NDT improves the safety of parts of planes, trains, cars, etc. M2M portable flaw detector ease the on-site inspection.

R&D
Laboratories
M2M systems are widely used by laboratories thanks to high specifications and openness. Laboratories can benefit greatly from the use of the Software Development Kit provided to integrators as it allows scientists to develop and implement their own algorithms.
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 Avanço da monitoração da corrosão

pela técnica ultrassônica phased array FMC/TFM

A contínua monitoração do estado da corrosão presente em equipamentos do setor óleo e gás é de extrema importância para a operação destes com eficiência e segurança...

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 Stringer radius

using SAUL

One specimen presenting variable geometries (flat, concave or convex surfaces) can be entirely controlled using a unique probe (such as a matrix array with a flat active aperture)

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 Ultra-fast tube inspection

using massive parallel systems

The objective of the NDT procedure is to detect defects from the outside of the tube at very high speed. Known defects include loss of thickness, delaminations, and cracks.

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Stiffener inspection

using a linear phased array

Crack detection in T-section stiffeners is a recurrent problem for aircraft manufacturers.

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 Concrete NDT

using low-frequency phased arrays

Monitoring the structural integrity of nuclear reactors barrier is critical in ensuring the safety of nuclear power plants

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Thick plates

using Multiple Reconstructions

The inspection of thick plates of large dimensions is a productivity challenge. While satisfying high-resolution requirements for defect detection and sizing (AA class, aerospace grade), the inspection speed must also satisfy production requirements.

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 Fastener-hole inspection

in pulse-echo mode

The objective there is to put the probe on top of the test specimen and to look for cracks that tend to radiate out from the fastener holes.

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 Fastener-hole inspection

in pitch-catch mode 

In the aerospace industry, detecting the cracks that sometimes develop around fastener holes is a major issue for aircraft maintenance and life extension.

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APPLICATIONS CASES USING PORTABLE FLAW DETECTOR GEKKO

 

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APPLICATION CASES USING INDUSTRIAL INSTRUMENTATION MULTIX++

 

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