MAM
Nondestructive Testing Laboratory
About Us
The Non-Destructive Testing Laboratory is a critical laboratory for quality control, structural safety and product verification, which can detect defects that may occur in materials and production processes without damaging the integrity of the part.
All inspection procedures are carried out in accordance with national and international standards by expert personnel certified in accordance with EN ISO 9712. For aviation and defense industry applications, there are Level-3 experts trained according to NAS 410 standard.
Nondestructive Inspection Methods
Superficial Defect Inspections
It is applied for the detection of discontinuities on or near the surface.
Liquid Penetrant Examination (PT)
It is a method that allows microcracks, pores and other open discontinuities on the surface to be made visible.
Magnetic Particle Inspection (MT)
It is an inspection method in ferromagnetic materials where discontinuities on the surface and near the surface are made visible with magnetic particles by applying a magnetic field.
Volumetric Defect Inspections
It is used for the detection of defects and discontinuities in the internal structure of the part.
Film Radiography Examination (RT)
A conventional radiographic method that uses X-rays or gamma rays to visualize the internal structure of the material on film.
Digital Radiography Examination (DR)
It is an advanced radiography method that uses digital detectors instead of film to obtain faster, high-resolution and low-dose radiographic images.
Computed Tomography Examination (CT)
It is an advanced imaging technology that enables three-dimensional (3D) structural analysis and defect localization by computer-aided processing of radiographic sections taken from multiple angles.
Ultrasonic Examination (UT)
It is a test method that measures the reflection of high-frequency sound waves from discontinuities as they pass through the material to determine the presence, location and size of defects.
Phased Array Ultrasonic Examination (PAUT)
It is an advanced ultrasonic examination technique that digitally controls the angle and focusing of sound waves using a multi-element phased array probe, providing high resolution and detailed volumetric scanning.