The ultrasound technique is used to identify internal discontinuities, such as cracks or inclusions, in metals and composite materials. An ultrasonic beam is transmitted into the material and the return echo is analysed to map anomalies with high precision. Ideal for critical parts in energy, oil, gas and metal structures.

Electromagnetic inspection for detecting surface or subsurface cracks in conductive materials. Widely used in the aeronautics, energy and metallurgical industries. Allows precise analyses without direct contact with the surface.

Real-time monitoring of thermal variations that can indicate mechanical faults, electrical overheating or excessive friction. Essential for preventive maintenance on motors, electrical panels and bearings.

This method is used to identify surface and subsurface cracks in ferromagnetic materials. After magnetising the component, ferromagnetic particles are applied which accumulate in areas of discontinuity, revealing flaws. It is fast, economical and effective in heavy industrial environments.

Use of HD cameras, borescopes and industrial endoscopes for detailed visual assessment of hard-to-reach areas. Ideal for technical documentary records and high-resolution analyses without dismantling components.