Abstract: Optical quality control system for controlling the quality of a high refractive index solid (2), comprising a container (4) configured to receive the solid therein, a structured light source (30), an optical inspection zone configured for receiving an optical device (10) or an eye of a human observer, and a high refractive index liquid (12) for insertion in the container in a volume sufficient to fully immerse the translucent solid. The structured light source is configured to project a planar light fan (20) through the high refractive index solid immersed in the high refractive index liquid generating a illuminated cross-section (18) in the solid. The optical inspection zone is arranged at a top end of the container adapted for inspection of the illuminated cross-section in a direction transverse to a plane (P) defined by the planar illuminated cross-section.

Abstract: Optical quality control system for controlling the quality of a high refractive index solid (2), comprising a container (4) configured to receive the solid therein, a structured light source (30), an optical inspection zone configured for receiving an optical device (10) or an eye of a human observer, and a high refractive index liquid (12) for insertion in the container in a volume sufficient to fully immerse the translucent solid. The structured light source is configured to project a planar light fan (20) through the high refractive index solid immersed in the high refractive index liquid generating a illuminated cross-section (18) in the solid. The optical inspection zone is arranged at a top end of the container adapted for inspection of the illuminated cross-section in a direction transverse to a plane (P) defined by the planar illuminated cross-section.