Optical inspection system of objects destined to be used in a quality control system in a series manufacturing process and associated method

An optical inspection system of objects configured to be used in a control quality system in a series manufacturing process, the system comprises an optical coherence tomography device provided in turn with:

• a low coherence source;
• an objective lens configured such that a focal plane is defined where the part of the object to be inspected has to be placed;
• an imaging device for acquiring images of the object, the imaging device being provided with a camera;
• the imaging device comprising a beam splitter;
• the beam splitter being arranged between the objective lens and the focal plane;
• the beam splitter being arranged to reflect part of the light coming from the object and direct it toward the camera;
• wherein the device optical coherence tomography comprises a lens system provided with one or more mobile reflectors and configured to allow sweeps with the laser beam on the object;
• wherein the system comprises a platform for supporting the object and means for moving the platform with respect to the optical coherence tomography device, so that it is possible to perform an inspection of areas identified with the camera on the object by alternating displacement of the beam by the reflector and by moving the platform.