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On behalf of the whole staff of the Laboratory of Optoelectronics (OPTOLAB), it is a pleasure to welcome you to our Website. After almost twenty years of life since its establishment, Optolab is grown into a network of Laboratories and associated high-tech (spin-off) companies.
The Laboratory of Optoelectronics at the University of Brescia can cover a wide spectrum of research, ranging from 2-D and 3-D vision, to optical systems for dimensional measurement and quality control, to biomedical applications of lasers and optics.
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To learn more about the BARMAN |
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The tasks of the Barman are summarized here:
(i) to survey the foreground and check if empty glasses are present;
(ii) to rotate the table and move glasses to the background;
(iii) to monitor for a bottle on the conveyor, recognize it, pick it up, uncork it and fill the glasses;
(iv) to rotate the table to move eglasses to the foreground zone.
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Students and the Vivid 910 |
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 This article presents two projects carried out by students in the frame of the course of Optical Measurement. Both have been accomplished at the city museum (Museo di Santa Giulia). The former is the acquisition of a statue, the latter is the
acquisition of a bass relief. In both cases, students used the Vivid
910 scanner as the measurement sensor.
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Quality control of pipes: feasibility study |
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 The main task of this activity was to perform the feasibility study of the contactless measurement of eccentricity of pipes. This activity has been carried out following two different approaches.
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To learn more on the Brotlaibidole project |
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 The ‘Brotlaibidole’ are small baked-clay objects of prevalently ovoid shape of the 2,100-1,400 B.C. periods, engraved with symbols and drilled holes whose meaning is still unknown.
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