![]() Rate whilst maintaining 100% inspection of all objects.Ī prime requisite for conducting laser triangulation is that the object moves The mechanical requirements for precise feeding and ensures a high throughput Position or feed the objects mechanically. This means it is no longer necessary to precisely Once the 2.5D range maps have been converted to real 3D point clouds, thisĮnables balancing deviations in position and rotation of the objects in all The host computer, whereas other systems convert the range maps via connected Information internally to give complete 3D images, thus saving processing on This height information is then colour-coded in a so-called 2.5D range map Is used for height information to generate a 3D image. Thus theĭeviation from the undeformed laser beam for each point along the the profile A number of profiles are generatedĭuring this process from which a three-dimensional image is created. This allows measurement of deviating laser linesĪt any given time at which the object passes through the laser beam. Records the images on the laser line and is subjected to deflection based on A camera which is arranged at a known angle to the laser emitter Laser which creates a precise line of light through which the object is In laser triangulation the object to be measured is generally probed by a line ![]()
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